WidgetFocusIndicator Class Reference

A specific class dedicated to indicate the status of an UIControlledModel. Not an abstract class, can be implemented. More...

#include <widget_square_led.h>

Inheritance diagram for WidgetFocusIndicator:

Collaboration diagram for WidgetFocusIndicator:

Public Member Functions
	WidgetFocusIndicator (Model *actual_displayed_model, GraphicDisplayDevice *graphic_display_screen, struct_ConfigGraphicWidget graph_cfg, CanvasFormat format)
	constructor for the UICOntrolledModel focus indicator
virtual void	get_value_of_interest ()
	A pure virtual method that results in the transfer of the displayed values of the displayed model to the widget.
Public Member Functions inherited from WidgetBlinkingSquareLed
	WidgetBlinkingSquareLed (Model *actual_displayed_model, GraphicDisplayDevice *graphic_display_screen, struct_ConfigGraphicWidget graph_cfg, CanvasFormat format)
	Construct a new GraphicWidget Square Led object.
virtual void	draw ()
	a pure virtual member that is called to effectively draw the widget.
Public Member Functions inherited from WidgetSquareLed
	WidgetSquareLed (Model *actual_displayed_model, GraphicDisplayDevice *graphic_display_screen, struct_ConfigGraphicWidget graph_cfg, CanvasFormat format)
	Construct a new GraphicWidget Square Led object.
Public Member Functions inherited from GraphicWidget
void	update_widget_anchor (uint8_t x, uint8_t y)
	Modify the anchor of the widget on the display screen.
virtual void	draw_border (ColorIndex color=ColorIndex::WHITE)
	draw a rectangle around the widget.
void	show ()
	A short way to call GraphicDisplayDevice::show(&canvas, anchor x, anchor y)
	GraphicWidget (GraphicDisplayDevice *graphic_display_screen, struct_ConfigGraphicWidget graph_cfg, CanvasFormat canvas_format, Model *displayed_object=nullptr)
	Construct a new Graphic Widget object.
	GraphicWidget (GraphicDisplayDevice *graphic_display_screen, struct_ConfigTextWidget text_cfg, CanvasFormat canvas_format, Model *displayed_object=nullptr)
	Construct a new Graphic Widget object from the TextWidget Constructor.
	GraphicWidget (GraphicDisplayDevice *graphic_display_screen, struct_ConfigTextWidget text_cfg, CanvasFormat canvas_format, size_t frame_width, size_t frame_height, Model *displayed_object=nullptr)
	Construct a new Graphic Widget object from the TextWidget Constructor.
	~GraphicWidget ()
	Destroy the Widget object.
struct_ConfigGraphicWidget	get_graph_frame_config ()
	Get the graphic frame config object.
void	hline (uint8_t x, uint8_t y, size_t w, ColorIndex color=ColorIndex::WHITE)
	Draw a color horizontal line, starting at frame position (x,y), on w number of pixel.
void	vline (uint8_t x, uint8_t y, size_t h, ColorIndex color=ColorIndex::WHITE)
	Draw a color vertical line, starting at frame position (x,y), on w number of pixel.
void	line (int x0, int y0, int x1, int y1, ColorIndex color=ColorIndex::WHITE)
	Draw a color line, starting at frame position (x0,y0), ending at frame position (x1,y1)
void	rect (uint8_t start_x, uint8_t start_y, size_t w, size_t h, bool fill=false, ColorIndex color=ColorIndex::WHITE)
	Draw a rectangle, starting at frame position (x,y), w wide and h high.
void	circle (int radius, int x_center, int y_center, bool fill=false, ColorIndex color=ColorIndex::WHITE)
	draw a cercle of size radius, centered at (x_center, y_center) https://fr.wikipedia.org/wiki/Algorithme_de_trac%C3%A9_d%27arc_de_cercle_de_Bresenham https://en.wikipedia.org/wiki/Midpoint_circle_algorithm procédure tracerCercle (entier rayon, entier x_centre, entier y_centre) déclarer entier x, y, m ; x ← 0 ; y ← rayon ; // on se place en haut du cercle m ← 5 - 4*rayon ; // initialisation Tant que x <= y // tant qu'on est dans le second octant tracerPixel( x+x_centre, y+y_centre ) ; tracerPixel( y+x_centre, x+y_centre ) ; tracerPixel( -x+x_centre, y+y_centre ) ; tracerPixel( -y+x_centre, x+y_centre ) ; tracerPixel( x+x_centre, -y+y_centre ) ; tracerPixel( y+x_centre, -x+y_centre ) ; tracerPixel( -x+x_centre, -y+y_centre ) ; tracerPixel( -y+x_centre, -x+y_centre ) ; si m > 0 alors //choix du point F y ← y - 1 ; m ← m - 8*y ; fin si ; x ← x + 1 ; m ← m + 8*x + 4 ; fin tant que ; fin de procédure ;
Public Member Functions inherited from Widget
	Widget (Model *actual_displayed_model, DisplayDevice *graphic_display_device=nullptr)
	contructor for generic widget
void	add_widget (Widget *_sub_widget)
	add sub_widget to the current widget
void	set_display_device (DisplayDevice *_new_display_device)
	Set the display screen object.
Public Member Functions inherited from Blinker
void	set_blink_us (uint32_t blink_period=1000000)
	Set the blink period in microseconds.
bool	has_blinking_changed ()
	return the status of the flag blink_phase_changed
void	clear_blinking_phase_change ()
	set blink_phase_changed = False
virtual void	compute_blinking_phase ()
	compute if the system clock divided by the blink_period is odd or even and if this has changed since the last cycle.

Additional Inherited Members
Public Attributes inherited from GraphicWidget
Canvas *	canvas
	the associated canvas in which the widget writes text and draws graphics
ColorIndex	fg_color
	the foregroung color of the graphic frame //TODO voir si fg_color n'est pas mieux dans canvas
ColorIndex	bg_color
	the background color of the graphic frame //TODO voir si bg_color n'est pas mieux dans canvas
uint8_t	widget_anchor_x
	location in x of the widget within the hosting framebuffer
uint8_t	widget_anchor_y
	location in y of the widget within the hosting framebuffer
Protected Member Functions inherited from GraphicWidget
void	clear_widget ()
	fill the graphic pixel buffer with 0x00.
Protected Attributes inherited from WidgetBlinkingSquareLed
LEDStatus	led_status
	the operating status of the LED (blinking, ON, OFF)
Protected Attributes inherited from WidgetSquareLed
bool	led_is_on
	the status of the led, on or off
Protected Attributes inherited from GraphicWidget
bool	widget_with_border {false}
	if true, the widget is surrounded by a one-pixel border
size_t	widget_width {128}
	As a widget can be surrounded by a border, the actual widget width is not the associated framebuffer width.
size_t	widget_height {8}
	As a widget can be surrounded by a border, the actual widget height is not the associated framebuffer height.
uint8_t	widget_start_x
	this is the actual horizontal start of the widget drawing area, taken into account the presence of border.
uint8_t	widget_start_y
	this is the actual vertical start of the widget drawing area, taken into account the presence of border.
uint8_t	widget_border_width
	this is the border size of the widget. 0 if no border, 1 if border
Protected Attributes inherited from Widget
DisplayDevice *	display_device {nullptr}
	the display device where the attached to the frame buffer
Model *	actual_displayed_model {nullptr}
	a pointer to the Model actually displayed by the widget
std::vector< Widget * >	widgets
	A widget can be composed by several widgets.

Detailed Description

A specific class dedicated to indicate the status of an UIControlledModel. Not an abstract class, can be implemented.

Constructor & Destructor Documentation

WidgetFocusIndicator()

WidgetFocusIndicator::WidgetFocusIndicator	(	Model *	actual_displayed_model,
		GraphicDisplayDevice *	graphic_display_screen,
		struct_ConfigGraphicWidget	graph_cfg,
		CanvasFormat	format )

constructor for the UICOntrolledModel focus indicator

Parameters

actual_displayed_model	the actual displayed model
graphic_display_screen	The display device on which the widget is drawn.
graph_cfg	the configuration data structure of the graphic framebuffer
format	the associated canvas format

Here is the call graph for this function:

Member Function Documentation

get_value_of_interest()

void WidgetFocusIndicator::get_value_of_interest ( )

virtual

A pure virtual method that results in the transfer of the displayed values of the displayed model to the widget.

Implements GraphicWidget.

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

• widget_square_led.h
• widget_square_led.cpp