MityDSP::tcGuiDspDisplay Class Reference

#include <core/guiDspDisplay.h>

Classes
struct	tsScreenOffset
Public Types
enum	teScreenId { eeScreenDefault = -1, eeScreen1 = 0, eeScreen2 = 1, eeScreen3 = 2, eeScreen4 = 3, eeScreen5 = 4, eeScreen6 = 5, eeScreen7 = 6, eeScreen8 = 7 }
Public Member Functions
	tcGuiDspDisplay (tcDspDisplayDriver apDriver, int anNumScreens, void aaBaseAddr[], tcDspFont *apDefaultFont, bool abRotate=false)
	tcGuiDspDisplay (int anWidth, int anHeight, int anBpp, void apCmdAddr, int anNumScreens, void aaBaseAddr[], tcDspFont *apDefaultFont, int anViewableScreens=-1)
	~tcGuiDspDisplay ()
int	getWidth ()
int	getHeight ()
void	rotate (bool abRotate)
bool	isRotated ()
void	set_font (tcDspFont *apFont)
tcSize	getTextExtent (const char *str)
tcSize	getTextExtent (const char str, tcDspFont apFont)
void	set_fg_color (tsRgb rgb)
void	set_bg_color (tsRgb rgb)
void	set_text_color (tsRgb rgb)
void	set_text_opacity (int opacity)
bool	set_trans_bitmap (bool transparent)
void	set_trans_bitmap_color (tsRgb rgb)
void	set_text_angle (int angle)
int	get_text_angle ()
int	convertRGBtoColor (uint8 r, uint8 g, uint8 b)
int	convertRGBtoColor (tsRgb rgb)
int	alphaBlend (int Color0, int Color1, uint32 alpha)
teScreenId	setActiveScreen (teScreenId aeScreen)
teScreenId	getActiveScreen ()
teScreenId	setVisibleScreen (teScreenId aeScreen)
teScreenId	getVisibleScreen ()
void	clearScreen (const tcPoint apStart=NULL, const tcSize apOffset=NULL)
void	set_clip_rect (const tcRect &r)
void	clear_clip_rect ()
tcRect	get_clip_rect ()
void	drawPixel (tcPoint p)
void	drawPixel (int x, int y)
void	drawLine (tcPoint p1, tcPoint p2)
void	drawLine (int x1, int y1, int x2, int y2)
void	drawVertLine (int x, int y1, int y2)
void	drawAALine (float x1, float y1, float x2, float y2)
void	drawAALine (float x1, float y1, float x2, float y2, float width)
void	drawRect (const tcPoint &p, const tcSize &s)
void	drawRect (int x, int y, int w, int h)
void	drawRect (const tcRect &r)
void	drawFillRect (const tcPoint &p, const tcSize &s)
void	drawFillRect (int x, int y, int w, int h)
void	drawFillRect (const tcRect &r)
void	draw3dRect (const tcPoint &p, const tcSize &s, int light, int dark)
void	draw3dRect (int x, int y, int w, int h, int light, int dark)
void	draw3dRect (const tcRect &r, int light, int dark)
void	drawBitmap (const tcPoint &p, const tcBitmap &bmp)
void	drawBitmap (int x, int y, const tcBitmap &bmp)
void	drawBitmap (int x, int y, int w, int h, const tcBitmap &bmp, int sx, int sy)
void	drawCharacter (int x, int y, const tcBitmap &bmp)
void	drawText (tcPoint p, const char *str)
void	drawText (int x, int y, const char *str, teHorizontalAlignment aeHAlign=eeHLeft, teVerticalAlignment aeVAlign=eeVTop)
void	screenCopy (teScreenId aeDest, teScreenId aeSrc)
void	screenXOR (teScreenId aeDest, teScreenId aeSrc1, teScreenId aeSrc2)
void	screenAND (teScreenId aeDest, teScreenId aeSrc1, teScreenId aeSrc2)
void	screenOR (teScreenId aeDest, teScreenId aeSrc1, teScreenId aeSrc2)
int	numScreens (void)
bool	screenEnabled ()
void	set_screen_enabled (bool abEnable)
Static Public Member Functions
static int	convertRGBtoColor15 (tsRgb rgb)
static int	convertRGBtoColor16 (tsRgb rgb)
static int	convertRGBtoColor15 (uint8 r, uint8 g, uint8 b)
static int	convertRGBtoColor16 (uint8 r, uint8 g, uint8 b)
Static Public Attributes
static const int	gnMAX_SCREENS = 8
	Maximum screen buffers allowed.
static const int	gnMAX_DEPTH = 16
	Maximum pixel depth (bpp).

Detailed Description

The tcGuiDspDisplay class allows the user to draw, erase, write text and bitmaps on a simple memory mapped display interface. Support is provided for multiple display screens, including virtual screens that are not mapped directly to the hardware. Any of the hardware-mapped pages may be made visible. ScreenXOR, ScreenOR, and ScreenAND functions are provided to combine screens.

See also:: tcGuiDspDisplay Page

Member Enumeration Documentation

enum MityDSP::tcGuiDspDisplay::teScreenId

Screen offset enumeration

Enumerator:

eeScreenDefault	Use the last active screen.
eeScreen1
eeScreen2
eeScreen3
eeScreen4
eeScreen5
eeScreen6
eeScreen7
eeScreen8

Constructor & Destructor Documentation

tcGuiDspDisplay::tcGuiDspDisplay	(	tcDspDisplayDriver *	apDriver,
		int	anNumScreens,
		void *	aaBaseAddr[],
		tcDspFont *	apDefaultFont,
		bool	abRotate = `false`
	)

This constructor is used to create an instance of a display. The width, height, and pixel depth of the display are passed in. Also, a number of memory mapped "screens" of the specified size are created, at provided memory addresses. A default font is also provided.

This constructor is used for a display whose frame buffer(s) are in local memory and are accessed by an instance of tcGuiDspDisplayDriver.

Parameters:

`[in]`	apDriver	Pointer to instance of tcGuiDspDisplayDriver
`[in]`	anNumScreens	Number of screens to create.
`[in]`	aaBaseAddr	Array of base addresses for memory-mapped screens.
`[in]`	apDefaultFont	Default font for text display.
`[in]`	abRotate	True to rotate display 90-degrees (make a vertically scanned display horizontal).

See also:: DspDisplay.h

tcGuiDspDisplay::tcGuiDspDisplay	(	int	anWidth,
		int	anHeight,
		int	anBpp,
		void *	apCmdAddr,
		int	anNumScreens,
		void *	aaBaseAddr[],
		tcDspFont *	apDefaultFont,
		int	anViewableScreens = `-1`
	)

This constructor is used to create an instance of a display. The width, height, and pixel depth of the display are passed in. Also, a number of memory mapped "screens" of the specified size are created, at provided memory addresses. A default font is also provided.

Optionally, some of the provided screens may be "virtual." That is, they exist only in RAM and must be copied into one of the first "anViewableScreens" screens in order to become visible.

This constructor is used for a display whose frame buffer(s) are in FPGA memory.

Parameters:

`[in]`	anWidth	Width of screens in pixels.
`[in]`	anHeight	Height of screens in pixels.
`[in]`	anBpp	Color depth of screens.
`[in]`	apCmdAddr	Address used to send drawing commands.
`[in]`	anNumScreens	Number of screens to create.
`[in]`	aaBaseAddr	Array of base addresses for memory-mapped screens.
`[in]`	apDefaultFont	Default font for text display.
`[in]`	anViewableScreens	Number of created screens that are visible.

See also:: DspDisplay.h

tcGuiDspDisplay::~tcGuiDspDisplay ( )

This destructor destroys an instance of a display. It clears the screen, then calls setVisibleScreen to blank the display.

See also:: guiDspDisplay.h

Member Function Documentation

tcGuiDspDisplay::getWidth ( ) [inline]

Retrieves display width in pixels.

Returns:: Width in pixels.

See also:: tcGuiDspDisplay::getHeight; guiDspDisplay.h

tcGuiDspDisplay::getHeight ( ) [inline]

Retrieves display height in pixels.

Returns:: Height in pixels.

See also:: tcGuiDspDisplay::getWidth; guiDspDisplay.h

void tcGuiDspDisplay::rotate ( bool abRotate )

Enables or disables 90 degree display rotation.

Parameters:

[in] abRotate If true, rotates display 90-degrees.

See also:: tcGuiDspDisplay::isRotated; guiDspDisplay.h

tcGuiDspDisplay::isRotated ( ) [inline]

Indicates whether display is currently rotated 90 degrees.

Returns:: True if rotated.

See also:: tcGuiDspDisplay::rotate; guiDspDisplay.h

tcGuiDspDisplay::set_font ( tcDspFont * apFont ) [inline]

This routine updates the default font, which is used when no other font is explicitly specified.

Parameters:

apFont

Font to use for text drawing.

See also:: guiDspDisplay.h

tcSize MityDSP::tcGuiDspDisplay::getTextExtent ( const char * str ) [inline]

tcSize tcGuiDspDisplay::getTextExtent	(	const char *	str,
		tcDspFont *	apFont
	)

This routine computes the XY extent of the given string using the specified font.

Parameters:

str

The string to use for calculation.

Returns:: The XY extent of the given string.

See also:: guiDspDisplay.h

tcGuiDspDisplay::set_fg_color ( tsRgb rgb ) [inline]

This routine updates the default color, which is used when a 1 bpp bitmap is displayed on a multiple-bpp display.

Parameters:

[in] rgb Default color to use .

See also:: tcGuiDspDisplay::set_bg_color; guiDspDisplay.h

void MityDSP::tcGuiDspDisplay::set_bg_color ( tsRgb rgb ) [inline]

void MityDSP::tcGuiDspDisplay::set_text_color ( tsRgb rgb ) [inline]

void MityDSP::tcGuiDspDisplay::set_text_opacity ( int opacity ) [inline]

bool MityDSP::tcGuiDspDisplay::set_trans_bitmap ( bool transparent ) [inline]

void MityDSP::tcGuiDspDisplay::set_trans_bitmap_color ( tsRgb rgb ) [inline]

void MityDSP::tcGuiDspDisplay::set_text_angle ( int angle ) [inline]

int MityDSP::tcGuiDspDisplay::get_text_angle ( ) [inline]

int tcGuiDspDisplay::convertRGBtoColor	(	uint8	r,
		uint8	g,
		uint8	b
	)

This is a convenience routine to convert red, green, and blue color values to an integer appropriate for the display bit depth.

If the display has a depth that does not support RGB colors, the current default color is returned.

Parameters:

`[in]`	r	Relative red color level
`[in]`	g	Relative green color level
`[in]`	b	Relative blue color level

Returns:: Resulting color as an integer in the current bit depth.

See also:: guiDspDisplay.h

int tcGuiDspDisplay::convertRGBtoColor ( tsRgb rgb )

Converts specified RGB color to internal bit depth aligned color.

Parameters:

rgb

Color to Convert

Returns:: integer representation of interal bit depth aligned color.

Note:: 15 and 16 bit depths supported

int MityDSP::tcGuiDspDisplay::alphaBlend	(	int	Color0,
		int	Color1,
		uint32	alpha
	)

int tcGuiDspDisplay::convertRGBtoColor15 ( tsRgb rgb ) [static]

Converts specified RGB color to 15 bit depth aligned color.

Parameters:

rgb

Color to Convert

Returns:: integer representation of interal bit depth aligned color.

int tcGuiDspDisplay::convertRGBtoColor16 ( tsRgb rgb ) [static]

Converts specified RGB color to 16 bit depth aligned color.

Parameters:

rgb

Color to Convert

Returns:: integer representation of interal bit depth aligned color.

int tcGuiDspDisplay::convertRGBtoColor15	(	uint8	r,
		uint8	g,
		uint8	b
	)			`[static]`

Converts specified RGB color to 15 bit depth aligned color.

Parameters:

	r	red portion of RGB
	g	green portion of RGB
	b	blue portion of RGB

Returns:: integer representation of interal bit depth aligned color.

int tcGuiDspDisplay::convertRGBtoColor16	(	uint8	r,
		uint8	g,
		uint8	b
	)			`[static]`

Converts specified RGB color to 16 bit depth aligned color.

Parameters:

	r	red portion of RGB
	g	green portion of RGB
	b	blue portion of RGB

Returns:: integer representation of interal bit depth aligned color.

tcGuiDspDisplay::teScreenId tcGuiDspDisplay::setActiveScreen ( teScreenId aeScreen )

This routine updates the active screen (the one that gets written to by default).

Parameters:

[in] aeScreen The desired new active (default) screen ID.

Returns:: The ID of the new active screen.

See also:: guiDspDisplay.h

teScreenId MityDSP::tcGuiDspDisplay::getActiveScreen ( ) [inline]

tcGuiDspDisplay::teScreenId tcGuiDspDisplay::setVisibleScreen ( teScreenId aeScreen )

This routine sets the screen that the hardware is currently displaying. It returns the current setting, which will match the request if successful.

Parameters:

[in] aeScreen The desired new visible screen.

Returns:: The active visible screen.

See also:: guiDspDisplay.h

teScreenId MityDSP::tcGuiDspDisplay::getVisibleScreen ( ) [inline]

void tcGuiDspDisplay::clearScreen	(	const tcPoint *	apStart = `NULL`,
		const tcSize *	apOffset = `NULL`
	)

This routine clears an area of the specified screen. If no screen is specified, the active screen is used. If no area is specified, the entire screen is cleared with white.

Parameters:

	apStart	Upper-left corner of rectangle to clear.
	apOffset	Distance from the upper-left corner to clear.

See also:: guiDspDisplay.h

void MityDSP::tcGuiDspDisplay::set_clip_rect ( const tcRect & r ) [inline]

void MityDSP::tcGuiDspDisplay::clear_clip_rect ( ) [inline]

tcRect MityDSP::tcGuiDspDisplay::get_clip_rect ( ) [inline]

void MityDSP::tcGuiDspDisplay::drawPixel ( tcPoint p ) [inline]

void tcGuiDspDisplay::drawPixel	(	int	x,
		int	y
	)

This routine draws a pixel at the specified point. The pixel is drawn in the current fore ground color on the active screen.

Parameters:

	x	X-coordinate of the pixel.
	y	Y-Coordinate of the pixel.

See also:: tcGuiDspDisplay::set_fg_color; guiDspDisplay.h

tcGuiDspDisplay::drawLine	(	tcPoint	p1,
		tcPoint	p2
	)			`[inline]`

This routine draws a line from point p1 to point p2. The line is drawn in the current fore ground color on the active screen.

Parameters:

	p1	Start point of the line.
	p2	End point of the line.

See also:: tcGuiDspDisplay::set_fg_color; guiDspDisplay.h

void tcGuiDspDisplay::drawLine	(	int	x1,
		int	y1,
		int	x2,
		int	y2
	)

This routine draws a line from point x1,y1 to point x2,y2. The line is drawn in the current fore ground color on the active screen. Drawn Lines are not anti-aliased. Uses Bresenham's algorithm.

Parameters:

	x1	Starting X-coordinate of the line.
	y1	Starting Y-Coordinate of the line.
	x2	Endpoint X-coordinate of the line.
	y2	Endpoint Y-coordinate of the line.

See also:: tcGuiDspDisplay::set_fg_color; guiDspDisplay.h

void tcGuiDspDisplay::drawVertLine	(	int	x,
		int	y1,
		int	y2
	)

This routine draws a vertical line from point x,y1 to point x,y2. The line is drawn in the current fore ground color on the active screen.

Parameters:

	x	X-coordinate of the line.
	y1	Starting Y-Coordinate of the line.
	y2	Endpoint Y-coordinate of the line.

See also:: tcGuiDspDisplay::set_fg_color; guiDspDisplay.h

void tcGuiDspDisplay::drawAALine	(	float	x1,
		float	y1,
		float	x2,
		float	y2
	)

This routine draws an anti-aliased line from point x1,y1 to point x2,y2. The line is drawn in the current fore ground color on the active screen. This routine uses the Xiaolin Wu line algorithm.

Parameters:

	x1	Starting X-coordinate of the line.
	y1	Starting Y-Coordinate of the line.
	x2	Endpoint X-coordinate of the line.
	y2	Endpoint Y-coordinate of the line.

See also:: tcGuiDspDisplay::set_fg_color; guiDspDisplay.h

void tcGuiDspDisplay::drawAALine	(	float	x1,
		float	y1,
		float	x2,
		float	y2,
		float	width
	)

This routine draws a line from point x1,y1 to point x2,y2 with width width.

Parameters:

	x1	Starting X-coordinate of the line.
	y1	Starting Y-Coordinate of the line.
	x2	Endpoint X-coordinate of the line.
	y2	Endpoint Y-coordinate of the line.
	width	width of line to draw

See also:: tcGuiDspDisplay::set_fg_color; guiDspDisplay.h

void tcGuiDspDisplay::drawRect	(	const tcPoint &	p,
		const tcSize &	s
	)

This routine draws a rectangle of the specified size. The rectangle is drawn in the current fore ground color on the active screen.

Parameters:

	p	Top left vertex of the rectangle.
	s	Size of the rectangle.

See also:: tcGuiDspDisplay::set_fg_color; guiDspDisplay.h

void tcGuiDspDisplay::drawRect	(	int	x,
		int	y,
		int	w,
		int	h
	)

This routine provides an alternate interface to the drawRectangle method. The rectangle is drawn in the current fore ground color on the active screen.

Parameters:

	x	Starting X-coordinate of the rectangle.
	y	Starting Y-Coordinate of the rectangle.
	w	Width of the rectangle.
	h	Height of the rectangle.

See also:: tcGuiDspDisplay::set_fg_color; guiDspDisplay.h

void tcGuiDspDisplay::drawRect ( const tcRect & r )

This routine provides an alternate interface to the drawRectangle method. The rectangle is drawn in the current fore ground color on the active screen.

Parameters:

r

Rectangle coordinates

See also:: tcGuiDspDisplay::set_fg_color; guiDspDisplay.h

void tcGuiDspDisplay::drawFillRect	(	const tcPoint &	p,
		const tcSize &	s
	)

This routine draws a filled rectangle. The rectangle is drawn in the current fore ground color on the active screen.

Parameters:

	p	Upper left corner of the rectangle
	s	Width and height of the rectangle

See also:: tcGuiDspDisplay::set_fg_color; guiDspDisplay.h

void tcGuiDspDisplay::drawFillRect	(	int	x,
		int	y,
		int	w,
		int	h
	)

This routine draws a filled rectangle. The rectangle is drawn in the current fore ground color on the active screen.

Parameters:

	x	X coordinate of upper left corner.
	y	Y coordinate of upper left corner.
	w	Width of the rectangle.
	h	Height of the rectangle.

See also:: tcGuiDspDisplay::set_fg_color; guiDspDisplay.h

void tcGuiDspDisplay::drawFillRect ( const tcRect & r )

This routine draws a filled rectangle. The rectangle is drawn in the current fore ground color on the active screen.

Parameters:

r

Rectangle coordinates

See also:: tcGuiDspDisplay::set_fg_color; guiDspDisplay.h

void tcGuiDspDisplay::draw3dRect	(	const tcPoint &	p,
		const tcSize &	s,
		int	light,
		int	dark
	)

This routine draws a 3D rectangle. The rectangle is drawn in the current fore ground color on the active screen.

Parameters:

	p	Upper left corner of the rectangle
	s	Width and height of the rectangle
	light	Left & top color
	dark	Right & bottom color

See also:: tcGuiDspDisplay::set_fg_color; guiDspDisplay.h

void tcGuiDspDisplay::draw3dRect	(	int	x,
		int	y,
		int	w,
		int	h,
		int	light,
		int	dark
	)

This routine draws a 3D rectangle. The rectangle is drawn in the current fore ground color on the active screen.

Parameters:

	x	X coordinate of upper left corner.
	y	Y coordinate of upper left corner.
	w	Width of the rectangle.
	h	Height of the rectangle.
	light	Left & top color
	dark	Right & bottom color

See also:: tcGuiDspDisplay::set_fg_color; guiDspDisplay.h

void tcGuiDspDisplay::draw3dRect	(	const tcRect &	r,
		int	light,
		int	dark
	)

This routine draws a filled rectangle. The rectangle is drawn in the current fore ground color on the active screen.

Parameters:

	r	Rectangle coordinates
	light	Left & top color
	dark	Right & bottom color

See also:: tcGuiDspDisplay::set_fg_color; guiDspDisplay.h

tcGuiDspDisplay::drawBitmap	(	const tcPoint &	p,
		const tcBitmap &	bmp
	)			`[inline]`

This routine places a bitmap of the specified width and height.

Note:: If the bitmap is one bit deep, and the screen is multiple bits, the current default color is used to draw the bitmap.

Parameters:

	p	Position to start drawing the bitmap.
	bmp	Bitmap to draw.

See also:: guiDspDisplay.h

void MityDSP::tcGuiDspDisplay::drawBitmap	(	int	x,
		int	y,
		const tcBitmap &	bmp
	)			`[inline]`

void tcGuiDspDisplay::drawBitmap	(	int	x,
		int	y,
		int	w,
		int	h,
		const tcBitmap &	bmp,
		int	sx,
		int	sy
	)

This routine provides an alternate interface to the drawBitmap method. This method allows drawing subregions of a bitmap to the screen.

Parameters:

	x	X-Coordate to start the bitmap.
	y	Y-Coordinate to start the bitmap.
	w	width of the region of the bitmap to draw.
	h	height of the region of the bitmap to draw.
	sx	x start location within bitmap to draw
	sy	y start location within bitmap to draw
	bmp	Bitmap to draw.

See also:: guiDspDisplay.h

void tcGuiDspDisplay::drawCharacter	(	int	x,
		int	y,
		const tcBitmap &	bmp
	)

This routine draws a single character at the location x, y, in the color specified by m_text_color.

Parameters:

	x	X-Coordate to start the character.
	y	Y-Coordinate to start the character.
	bmp	Character bitmap to draw.

See also:: guiDspDisplay.h

tcGuiDspDisplay::drawText	(	tcPoint	p,
		const char *	str
	)			`[inline]`

This routine puts a NULL-terminated string of characters on the specified screen using the specified font.

Parameters:

`[in]`	p	Position of the start of the string.
`[in]`	str	The string to display.

See also:: guiDspDisplay.h

void tcGuiDspDisplay::drawText	(	int	x,
		int	y,
		const char *	str,
		teHorizontalAlignment	aeHAlign = `eeHLeft`,
		teVerticalAlignment	aeVAlign = `eeVTop`
	)

This routine is an alternate interface to the drawText method

Parameters:

`[in]`	x	X-coordinate of the string's origin.
`[in]`	y	Y-coordinate of the string's origin.
`[in]`	str	The string to display.
`[in]`	aeHAlign	Horizontal alignment (default left alignment)
`[in]`	aeVAlign	Vertical alignment (default top alignemnt)

Returns:: The position of the end of the string.

See also:: guiDspDisplay.h

void tcGuiDspDisplay::screenCopy	(	teScreenId	aeDest,
		teScreenId	aeSrc
	)

This routine copies a source screen to a destination screen.

Parameters:

`[in]`	aeDest	Destination screen ID.
`[in]`	aeSrc	Source screen ID.

See also:: guiDspDisplay.h

void tcGuiDspDisplay::screenXOR	(	teScreenId	aeDest,
		teScreenId	aeSrc1,
		teScreenId	aeSrc2
	)

This routine XORs two source screens together and stores the results in a destination screen. It is acceptable for one of the source screens to be the destination screen.

Parameters:

`[in]`	aeDest	Destination screen ID.
`[in]`	aeSrc1	First source screen ID.
`[in]`	aeSrc2	Second source screen ID.

See also:: guiDspDisplay.h

void tcGuiDspDisplay::screenAND	(	teScreenId	aeDest,
		teScreenId	aeSrc1,
		teScreenId	aeSrc2
	)

This routine ANDs two source screens together and stores the results in a destination screen. It is acceptable for one of the source screens to be the destination screen.

Parameters:

`[in]`	aeDest	Destination screen ID.
`[in]`	aeSrc1	First source screen ID.
`[in]`	aeSrc2	Second source screen ID.

See also:: guiDspDisplay.h

void tcGuiDspDisplay::screenOR	(	teScreenId	aeDest,
		teScreenId	aeSrc1,
		teScreenId	aeSrc2
	)

This routine ORs two source screens together and stores the results in a destination screen. It is acceptable for one of the source screens to be the destination screen.

Parameters:

`[in]`	aeDest	Destination screen ID.
`[in]`	aeSrc1	First source screen ID.
`[in]`	aeSrc2	Second source screen ID.

See also:: guiDspDisplay.h

int MityDSP::tcGuiDspDisplay::numScreens ( void ) [inline]

bool tcGuiDspDisplay::screenEnabled ( )

void tcGuiDspDisplay::set_screen_enabled ( bool abEnable )

Member Data Documentation

const int MityDSP::tcGuiDspDisplay::gnMAX_SCREENS = 8 [static]

Maximum screen buffers allowed.

const int MityDSP::tcGuiDspDisplay::gnMAX_DEPTH = 16 [static]

Maximum pixel depth (bpp).

MityDSP::tcGuiDspDisplay Class Reference

Classes

Public Types

Public Member Functions

Static Public Member Functions

Static Public Attributes

Detailed Description

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation