D/AVE implementation of the graphics wrapper. More...

#include <GfxWrapDave.h>

Inheritance diagram for CGfxWrapDAVE:

Classes
struct	ScreenConfig_t
	config for screen More...

Public Member Functions
virtual void	Arc (const eC_Value &vX1, const eC_Value &vY1, const eC_Value &vX2, const eC_Value &vY2, const eC_Value &vStartAngle, const eC_Value &vEndAngle, const eC_Value &vRotationAngle, const eC_Bool &bFilled)

virtual void	BlitImgExtImpl (const CGUIImageData &kImageData, const eC_Value &vAbsDestX, const eC_Value &vAbsDestY)

virtual void	BlitImgExtImpl (const ImageResource_t &eID, const eC_UInt &uiSrcX, const eC_UInt &uiSrcY, const eC_UInt &uiSrcWidth, const eC_UInt &uiSrcHeight, const eC_Value &vDestX, const eC_Value &vDestY, const eC_Value &vDestWidth, const eC_Value &vDestHeight, const eC_UByte &ubAlpha=255, const eC_Value &vAngle=eC_FromFloat(0), const eC_Value &vRotCenterX=eC_FromFloat(0.5), const eC_Value &vRotCenterY=eC_FromFloat(0.5))

void	CheckDAVEError ()
	Checks DAVE device for errors and outputs a log-message with error-code and description.

virtual void	CreateScreen ()

virtual void	DestroyScreen ()
	Method to clean and release the screen which was created via the CreateScreen Method. More...

virtual eC_Bool	DrawToBitmap (GUIBitmapPlaneID_t uiBitmapID)

virtual eC_Bool	DrawToScreen ()

virtual void	Ellipse (const eC_Value &vX1, const eC_Value &vY1, const eC_Value &vX2, const eC_Value &vY2, const eC_Bool &bFilled=true)

virtual void	FilledRect (const eC_Value &vX1, const eC_Value &vY1, const eC_Value &vX2, const eC_Value &vY2)

d2_device *	GetDaveDevice ()

virtual eC_UInt	GetImageSize (const ImageResource_t &eID) const

virtual eC_UInt	GetImgHeightImpl (const ImageResource_t &eID) const

virtual eC_UInt	GetImgWidthImpl (const ImageResource_t &eID) const

virtual eC_UInt	GetPhysicalScreenHeight ()

virtual eC_UInt	GetPhysicalScreenWidth ()

virtual eC_UInt	GetVirtualScreenHeight ()

virtual eC_UInt	GetVirtualScreenWidth ()

virtual void	Line (const eC_Value &vX1, const eC_Value &vY1, const eC_Value &vX2, const eC_Value &vY2)
	the following methods are protected to prevent calling them directly More...

virtual void	LoadGlyphData (CGUIImageData pkImageData, const eC_UInt &uiGlyphWidth, const eC_UInt &uiGlyphHeight, eC_UByte pkGlyphBitmap)

virtual void	Polygon (eC_Value *pvPoints, const eC_UInt &uiCount, const eC_Bool &bFilled)

virtual void	Rect (const eC_Value &vX1, const eC_Value &vY1, const eC_Value &vX2, const eC_Value &vY2)

virtual eC_Bool	Refresh (const RefreshCall_t eRefreshCallType)

virtual void	RefreshImage (const ImageResource_t &eID, void *pkMemory)

virtual void	Ring (const eC_Value &vX1, const eC_Value &vY1, const eC_Value &vX2, const eC_Value &vY2, const eC_Value &vRingWidth, const eC_Value &vStartAngle, const eC_Value &vEndAngle, const eC_Value &vRotationAngle, const eC_Bool &bFilled)

void	SetAlpha (eC_UByte ubAlpha)

virtual void	SetCliprect (const CGUIRect &NewClipRect)

virtual void	SetForegroundColorImpl (const eC_UByte &ubRed, const eC_UByte &ubGreen, const eC_UByte &ubBlue, const eC_UByte &ubAlpha=255)

virtual eC_Value	SetLineWidth (const eC_Value &vWidth)

virtual void	SetTargetLayer (const eC_UInt &uiLayerID)

virtual eC_Bool	SupportCompressedFonts () const

virtual void	UnloadGlyphData (CGUIImageData *pkImageData)

Public Member Functions inherited from CGfxWrap
void	ForceRefresh ()

eC_Bool	GetDoubleBufferingEnforcesFlipping ()

eC_Bool	GetFilteredBlit () const

virtual eC_UInt	GetNOFImages ()

eC_Bool	GetOptimizedBlit () const

virtual eC_UInt	GetPhysicalScreenHeight ()=0

virtual eC_UInt	GetPhysicalScreenWidth ()=0

CGUICommonEnums::ImageType_t	GetScreenFormat () const

virtual eC_UInt	GetScreenHorizontalPPI () const

virtual eC_UInt	GetScreenVerticalPPI () const

virtual eC_UInt	GetVirtualScreenHeight ()=0

virtual eC_UInt	GetVirtualScreenWidth ()=0

eC_String	GetWrapperName () const

virtual eC_Bool	ImageExists (const ImageResource_t eID) const =0

virtual void	RestoreWrapperState ()

void	SetDoubleBufferingEnforcesFlipping (const eC_Bool bDoubleBufferingEnforcesFlipping)

virtual void	SetFilteredBlit (const eC_Bool &bFilteredBlit)

void	SetGfxEnv (CGfxEnv *pkGfxEnv)

virtual void	SetOptimizedBlit (const eC_Bool &bOptimizedBlit)

void	SetScreenFormat (const CGUICommonEnums::ImageType_t &uiScreenFormat)

virtual void	SetScreenSize (const eC_UInt &uiWidth, const eC_UInt &uiHeight)

virtual void	SetWindowCaption (const eC_String &kText)

virtual void	StoreWrapperState ()

void	SetForegroundColor (const eC_UByte &ubRed, const eC_UByte &ubGreen, const eC_UByte &ubBlue, const eC_UByte &ubAlpha=255)

void	SetForegroundColor (const eC_UInt &uiCol)

void	UpdateGlobalAlpha (const eC_UByte &ubAlpha)

void	SetGlobalAlpha (const eC_UByte &ubAlpha)

eC_UInt	GetForegroundColor () const

eC_UByte	GetGlobalAlpha () const

eC_UByte	ApplyGlobalAlpha (const eC_UByte ubAlpha) const

void	Line (const CGUIRect &kAbsRect)

void	Rect (const CGUIRect &kAbsRect)

void	FilledRect (const CGUIRect &kAbsRect)

void	Ellipse (const CGUIRect &kAbsRect, const eC_Bool &bFilled)

void	Arc (const CGUIRect &kAbsRect, const eC_Value &vStartAngle, const eC_Value &vEndAngle, const eC_Value &vRotationAngle, const eC_Bool &bFilled)

void	Ring (const CGUIRect &kAbsRect, const eC_Value &vRingWidth, const eC_Value &vStartAngle, const eC_Value &vEndAngle, const eC_Value &vRotationAngle, const eC_Bool &bFilled)

void	Polygon (CGUIPoint *pkPoints, const eC_UInt &uiCount, const eC_Bool &bFilled)

void	Text (const eC_Value &vAbsX1, const eC_Value &vAbsY1, const eC_String *const lpString)

virtual void	RedrawGUI ()

virtual void	ResetCliprect ()
	Resets the clipping rectangle.

virtual void	GetCliprect (CGUIRect &AbsClipRect) const

void	InvalidateRect (const CGUIRect &kInvalidRect)

void	InvalidateRect (const eC_Value &vAbsX1, const eC_Value &vAbsY1, const eC_Value &vAbsX2, const eC_Value &vAbsY2)

const CGUIRect &	GetInvalidatedRect () const

virtual void	ClearInvalidRect ()

void	BlitImg (const ImageResource_t &eID, const eC_Value &vAbsDestX, const eC_Value &vAbsDestY)

void	BlitImg (const CGUIImageData &kImageData, const eC_Value &vAbsDestX, const eC_Value &vAbsDestY)

void	BlitImgExt (const ImageResource_t &eID, const eC_Value &vAbsDestX, const eC_Value &vAbsDestY, const eC_Value &vWidth, const eC_Value &vHeight, const eC_Bool &bStretch=true, const eC_UByte &ubAlpha=255)

virtual void	BlitImgNinePatch (const ImageResource_t &eID, const CGUIRect &kAbsRect, const eC_UInt uiTopBorder, const eC_UInt uiBottomBorder, const eC_UInt uiLeftBorder, const eC_UInt uiRightBorder, const eC_UByte &ubAlpha=255)

void	BlitImgNinePatch (const ImageResource_t &eID, const CGUIRect &kAbsRect, const CGUINinePatch &kNinePatch, const eC_UByte &ubAlpha=255)

void	BlitImgExt (const ImageResource_t &eID, const CGUIRect &kAbsRect, const eC_Bool &bStretch=true, const eC_UByte &ubAlpha=255)

void	BlitImgExt (const ImageResource_t &eID, const CGUIRect &kSrcAbsRect, const CGUIRect &kDstAbsRect, const eC_UByte &ubAlpha=255)

void	BlitImgExt (const ImageResource_t &eID, const eC_UInt &uiAbsSrcX, const eC_UInt &uiAbsSrcY, const eC_UInt &uiSrcWidth, const eC_UInt &uiSrcHeight, const eC_Value &vAbsDestX, const eC_Value &vAbsDestY, const eC_Value &vDestWidth, const eC_Value &vDestHeight, const eC_UByte &ubAlpha=255, const eC_Value &vAngle=eC_FromFloat(0), const eC_Value &vRotCenterX=eC_FromFloat(0.5), const eC_Value &vRotCenterY=eC_FromFloat(0.5))

eC_UInt	GetImgWidth (const ImageResource_t &eID) const

eC_UInt	GetImgHeight (const ImageResource_t &eID) const

CGUIRect	GetImgOriginRect (const ImageResource_t &eID) const

void	SetFont (const FontResource_t &eID)

void	SetFontSpacing (const eC_Float &fSpacing)

void	RequiredSpace (const eC_String *const pkText, eC_Value &vWidth, eC_Value &vHeight)

void	FittingNumChars (const eC_String *const pkText, eC_Value vWidthMax, eC_UInt &uiNumChars, const eC_Bool &bStartAtEnd=false)

eC_Int	GetAscender () const

eC_Int	GetDescender () const

eC_Int	GetInternalLeading () const

void	GetGlyphMetrics (const eC_Char cChar, CFntWrap::GlyphMetrics_t &kMetrics)

eC_Value	GetTextXPosAdjustment (const CGUIText::HorAligned_t eHorAlignment)

eC_Value	GetTextYPosAdjustment (const CGUIText::VerAligned_t eVerAlignment)

eC_Bool	SetNOFFonts (const eC_UInt uiNOFFonts)

eC_UInt	GetNOFFonts ()

void	ChangeFont (const FontResource_t &eFontID, const eC_Char *const pcPath, const eC_UInt &uiFontSize, const CFntWrap::GUIFont_t &eFontStyle)

void	LoadFont (const FontResource_t &eFontID)

void	UnloadFont (const FontResource_t &eFontID)

virtual eC_TArray< eC_UByte > *	GetBitmapPlaneData (const GUIBitmapPlaneID_t &eBitmapPlaneID)

virtual void	SetRenderingOffset (const eC_Value &vOffsetX, const eC_Value &vOffsetY)

void	GetRenderingOffset (eC_Value &vOffsetX, eC_Value &vOffsetY)

virtual GUIBitmapPlaneID_t	CreateBitmapPlane (const CGUIObject &rkParentObject, const eC_Value &vWidth, const eC_Value &vHeight)

void	DeleteBitmapPlane (const GUIBitmapPlaneID_t uiBitmapID)

void	DeleteBitmapPlanes (const CGUIObject *pkObject)

CGUIBitmapPlane &	GetBitmapPlane (const GUIBitmapPlaneID_t uiBitmapID)

GUIBitmapPlaneID_t	GetUsedBitmapPlaneID () const

Static Public Member Functions
static eC_Bool	CreateInstance (CGfxEnv *pkGfxEnv, const eC_UInt &uiWorkingMemorySize=64000)

static eC_UInt	GetD1PixelFormat (const CGUICommonEnums::ImageType_t &ePixFormat)

static eC_UInt	GetD2PixelFormat (const CGUICommonEnums::ImageType_t &ePixFormat)

Static Public Member Functions inherited from CGfxWrap
static void	DeleteInstance ()
	Delete the graphics wrapper instance.

static eC_UInt	GetNextPowerOf2 (const eC_Value &vValue)

Protected Member Functions
	CGfxWrapDAVE (CGfxEnv *pkGfxEnv, const eC_UInt &uiWorkingMemorySize)

virtual	~CGfxWrapDAVE (void)
	Destructor.

virtual CGUIBitmapPlane *	CreateGfxDependentBitmap (GUIBitmapPlaneID_t uiNewBitmapID, const CGUIObject &rkParentObject, const eC_Value &vWidth, const eC_Value &vHeight)

eC_Bool	DeInit (void)

void	EndRenderBuffer ()

virtual eC_Bool	ImageExists (const ImageResource_t eID) const

eC_Bool	Init (void)

void	InitScreens ()

virtual eC_Bool	LoadImgDecoder (const eC_String &kPath, const eC_UInt &uiImageIndex)

virtual void	LoadImgImpl (const eC_String &kPath, const ImageResource_t &eID)

virtual void	LoadImgImpl (void *pkMemory, const eC_UInt &uiWidth, const eC_UInt &uiHeight, const eC_UInt &eImageType, const ImageResource_t &eID)

virtual eC_Bool	LoadImgRAW (eC_File *pkImageFile, CGUIImageDataDAVE &kImageData)

virtual eC_Bool	LoadImgRLE (eC_File *pkImageFile, CGUIImageDataDAVE &kImageData)

eC_Bool	SetNOFImagesImpl (const eC_UInt uiNOFImages)

void	StartRenderBuffer ()

virtual void	UnloadImg (const ImageResource_t &eID)

Protected Member Functions inherited from CGfxWrap
	CGfxWrap ()
	Constructor.

virtual	~CGfxWrap (void)
	Destructor.

virtual void	Arc (const eC_Value &vX1, const eC_Value &vY1, const eC_Value &vX2, const eC_Value &vY2, const eC_Value &vStartAngle, const eC_Value &vEndAngle, const eC_Value &vRotationAngle, const eC_Bool &bFilled)=0

void	DeInit ()
	Deinitialization.

virtual void	Ellipse (const eC_Value &vAbsX1, const eC_Value &vAbsY1, const eC_Value &vAbsX2, const eC_Value &vAbsY2, const eC_Bool &bFilled)=0

virtual void	FilledRect (const eC_Value &vAbsX1, const eC_Value &vAbsY1, const eC_Value &vAbsX2, const eC_Value &vAbsY2)=0

void *	GetWorkingMemory (const eC_UInt &uiSize)

virtual void	Line (const eC_Value &vAbsX1, const eC_Value &vAbsY1, const eC_Value &vAbsX2, const eC_Value &vAbsY2)=0
	the following methods are protected to prevent calling them directly More...

virtual void	Polygon (eC_Value *pvPoints, const eC_UInt &uiCount, const eC_Bool &bFilled)=0

virtual void	Rect (const eC_Value &vAbsX1, const eC_Value &vAbsY1, const eC_Value &vAbsX2, const eC_Value &vAbsY2)=0

void	ReleaseWorkingMemory ()

virtual void	Ring (const eC_Value &vX1, const eC_Value &vY1, const eC_Value &vX2, const eC_Value &vY2, const eC_Value &vRingWidth, const eC_Value &vStartAngle, const eC_Value &vEndAngle, const eC_Value &vRotationAngle, const eC_Bool &bFilled)=0

virtual void	SetForegroundColorImpl (const eC_UByte &ubRed, const eC_UByte &ubGreen, const eC_UByte &ubBlue, const eC_UByte &ubAlpha=255)=0

virtual void	StartHandleDraw (const CGUIRect &crkClipRect)

virtual void	StartRedrawGUI ()

virtual void	EndRedrawGUI ()
	Callback which is called at the end of RedrawGUI() after all Invalidated areas were drawn and refreshed.

eC_Bool	SetNOFImages (const eC_UInt uiNOFImages)

void	LoadImg (const eC_String &kPath, const ImageResource_t &eID)

void	LoadImg (void *pkMemory, const eC_UInt &uiWidth, const eC_UInt &uiHeight, const eC_UInt &eImageType, const ImageResource_t &eID)

void	SetInvalidatedRect (const eC_Value &vAbsX1, const eC_Value &vAbsY1, const eC_Value &vAbsX2, const eC_Value &vAbsY2)

void	SetInvalidatedRect (const CGUIRect &NewAbsRect)

void	ResetInvalidatedRect ()
	Resets the invalidated rectangle.

CGUIBitmapPlane &	GetDummyBitmap ()

virtual eC_Bool	FinishDrawToBitmap ()

Protected Attributes
eC_Bool	m_bFrameStarted
	if frame has started

eC_Bool	m_bSeperatedMemory
	true if memory is seperated (e.g. Linux)

dc_handle	m_dc_handle
	A handle for the display controller.

eC_Int	m_iD1Mode
	Dave L1 Mode.

eC_Int	m_iD2Mode
	Dave L2 Mode.

d1_device *	m_pkD1Handle
	A handle for the display controller.

d2_context *	m_pkD2Context
	a dave context

d2_device *	m_pkD2Handle
	a device for DAVE

eC_TArray< CGUIImageDataDAVE * >	m_pkImages
	the array of the loaded images

d2_renderbuffer *	m_pkRenderBuffer
	a single renderbuffer for immediate mode

ScreenConfig_t *	m_pkScreens
	Pointer to memory areas of configured framebuffers.

eC_UInt	m_uiNumberOfScreens
	number of screen

Protected Attributes inherited from CGfxWrap
eC_Bool	m_bDoubleBufferingEnforcesFlipping

eC_Bool	m_bFilteredBlit
	if filtered blit is active

eC_Bool	m_bInvalidationInLastFrame

eC_Bool	m_bOptimizedBlit
	if optimized blit is active

CGUIRect	m_kClippingRect

eC_Semaphore	m_kGfxWrapSemaphore
	Semaphore to lock access to methods used in a multi thread context.

CGUIRect	m_kInvalidatedRect

eC_TListDoubleLinked< CGUIRect >	m_kInvalidatedRectList
	This is the list of invalidated rectangular regions within the GUI.

eC_TListDoubleLinked< CGUIRect >	m_kLastFrameInvalidatedRectList
	This is the list of regions which have been invalidated during the LAST frame.

eC_String	m_kWrapperName
	name of the wrapper

CGfxEnv *	m_pkGfxEnv
	pointer to the graphics-environment

WorkingMemory *	m_pkWorkingMemory
	working memory

eC_UByte	m_ubAlpha
	Currently set global alpha value.

eC_UInt	m_uiColor
	Currently set foreground color.

eC_UInt	m_uiNOFImages
	total number of image-objects

eC_UInt	m_uiScreenHeight
	Screen height.

eC_UInt	m_uiScreenWidth
	Screen width.

eC_Value	m_vGlobalAlphaFactor

eC_Value	m_vLineWidth
	Line width in pixels.

eC_Value	m_vRenderingOffsetX
	offset in x-direction

eC_Value	m_vRenderingOffsetY
	offset in y-direction

Additional Inherited Members
Public Types inherited from CGfxWrap
enum	RefreshCall_t { SINGLE_REFRESH , FIRST_REFRESH_OF_FRAME , INTERMEDIATE_REFRESH , LAST_REFRESH_OF_FRAME , FORCED_REFRESH }

Static Protected Attributes inherited from CGfxWrap
static const eC_Value	cvTwoPi
	constant for 2 PI

Detailed Description

D/AVE implementation of the graphics wrapper.

This is the D/AVE implementation of the graphics wrapper. For details see description of its base class CGfxWrap and the D/AVE documentation.

Since data needs to be available for the D/AVE-driver until the current frame is finished, the wrapper supports working memory which will be allocated at the beginning and re-used during runtime. The size of the working buffer can be specified when creating the wrapper.

See CGfxWrapDAVE Platform Specific Limitations

Constructor & Destructor Documentation

◆ CGfxWrapDAVE()

CGfxWrapDAVE::CGfxWrapDAVE	(	CGfxEnv *	pkGfxEnv,
		const eC_UInt &	uiWorkingMemorySize
	)

protected

Constructor. Please refer to the DAVE API documentation for details regarding dave-display modes.

Parameters

pkGfxEnv
uiWorkingMemorySize

Member Function Documentation

◆ Arc()

virtual void CGfxWrapDAVE::Arc	(	const eC_Value &	vX1,
		const eC_Value &	vY1,
		const eC_Value &	vX2,
		const eC_Value &	vY2,
		const eC_Value &	vStartAngle,
		const eC_Value &	vEndAngle,
		const eC_Value &	vRotationAngle,
		const eC_Bool &	bFilled
	)

virtual

Draws an arc which is completly inside the rectangle described through the rectangle the top left edge at (vAbsX1, vAbsY1) and bottom right edge at (vAbsX2, vAbsY2). The arc will be filled out if the last parameter is true 0-degrees is at the mathematically correct position on the unit-circle angles are increasing in counter-clockwise direction. rotation-angle is increasing in clockwise direction, i.e. rotating by 90 degrees will result in the 0-degress being at the bottom-center

Parameters

vX1	X-coordinate of bounding rectangle's top left corner
vY1	Y-Coordinate of bounding rectangle's top left corner
vX2	X-coordinate of bounding rectangle's bottom right corner
vY2	Y-Coordinate of bounding rectangle's bottom right corner
vStartAngle	start-angle
vEndAngle	end-angle
vRotationAngle	rotation-angle
bFilled	Specifies whether the arc will be drawn outlined (false) or filled (true)

Implements CGfxWrap.

◆ BlitImgExtImpl() [1/2]

virtual void CGfxWrapDAVE::BlitImgExtImpl	(	const CGUIImageData &	kImageData,
		const eC_Value &	vAbsDestX,
		const eC_Value &	vAbsDestY
	)

virtual

Blits an image. This MUST be implemented by all graphics wrappers. It is ensured that the supplied image ID is in the valid range and is not DUMMY_IMAGE. For detailed explanations, please refer to CGfxWrap::BlitImgExt

Parameters

kImageData	ImageData
vAbsDestX	Destination X position in absolute coordinates
vAbsDestY	Destination Y position in absolute coordinates

Implements CGfxWrap.

◆ BlitImgExtImpl() [2/2]

virtual void CGfxWrapDAVE::BlitImgExtImpl	(	const ImageResource_t &	eID,
		const eC_UInt &	uiSrcX,
		const eC_UInt &	uiSrcY,
		const eC_UInt &	uiSrcWidth,
		const eC_UInt &	uiSrcHeight,
		const eC_Value &	vDestX,
		const eC_Value &	vDestY,
		const eC_Value &	vDestWidth,
		const eC_Value &	vDestHeight,
		const eC_UByte &	ubAlpha = `255`,
		const eC_Value &	vAngle = `eC_FromFloat(0)`,
		const eC_Value &	vRotCenterX = `eC_FromFloat(0.5)`,
		const eC_Value &	vRotCenterY = `eC_FromFloat(0.5)`
	)

virtual

Implementation of image blitting. For detailed explanations, please refer to CGfxWrap::BlitImgExtImpl PLEASE NOTE that rotated blits are not supported for DAVE!

Parameters

eID	Identifier of the image to be blitted.
uiSrcX	X coordinate of upper left corner of the relevant area within the source image
uiSrcY	Y coordinate of upper left corner of the relevant area within the source image
uiSrcWidth	Width of the of the relevant area within the source image
uiSrcHeight	Height of the of the relevant area within the source image
vDestX	Destination X position in absolute coordinates
vDestY	Destination Y position in absolute coordinates
vDestWidth	Destination width
vDestHeight	Destination height
ubAlpha	Degree of transparency. 0=transparent 255=opaque Default is opaque.
vAngle	Angle in degrees by which the image will be rotated
vRotCenterX	Rotation center X. In range of 0 to 1 (like U/V coordinates)
vRotCenterY	Rotation center Y. In range of 0 to 1 (like U/V coordinates)

Implements CGfxWrap.

◆ CreateGfxDependentBitmap()

virtual CGUIBitmapPlane * CGfxWrapDAVE::CreateGfxDependentBitmap	(	GUIBitmapPlaneID_t	uiNewBitmapID,
		const CGUIObject &	rkParentObject,
		const eC_Value &	vWidth,
		const eC_Value &	vHeight
	)

protectedvirtual

Method which will be called by CreateBitmap to instantiate a new Bitmap-Object. This Method needs to be implemented by every derived GfxWrapper. If a GfxWrapper does not support Bitmap-Handling, he may create an CGUIBaseBitmap

See also: Bitmap planes

Parameters

uiNewBitmapID	ID of the new BitmapPlane
rkParentObject	reference to the GUIObject which will be the parent of the bitmap
vWidth	width of the new bitmap
vHeight	height of the new bitmap

Returns: pointer to the new created BitmapObject

Reimplemented from CGfxWrap.

◆ CreateInstance()

static eC_Bool CGfxWrapDAVE::CreateInstance	(	CGfxEnv *	pkGfxEnv,
		const eC_UInt &	uiWorkingMemorySize = `64000`
	)

static

Create instance

Parameters

pkGfxEnv	GfxEnv
uiWorkingMemorySize	size of working memory (default: 64kB)

Returns: true if successful

◆ CreateScreen()

virtual void CGfxWrapDAVE::CreateScreen ( )

virtual

Create a screen according to data from dc-wrap

Reimplemented in CGfxWrapDAVECyclone5.

◆ DeInit()

eC_Bool CGfxWrapDAVE::DeInit ( void )

protected

De-init the graphics wrapper

Returns: true on success

◆ DestroyScreen()

virtual void CGfxWrapDAVE::DestroyScreen ( )

virtual

Method to clean and release the screen which was created via the CreateScreen Method.

Reimplemented from CGfxWrap.

◆ DrawToBitmap()

virtual eC_Bool CGfxWrapDAVE::DrawToBitmap ( GUIBitmapPlaneID_t uiBitmapID )

virtual

Changes the RenderTarget to the BitmapPlane with the given ID. All successive GfxWrap draw commands will be done in the bitmap of this plane instead of within the framebuffer

Parameters

uiBitmapID ID of the BitmapPlane in which will be drawn.

Returns: True if the BitmapPlane with given ID exists, otherwise False

Reimplemented from CGfxWrap.

◆ DrawToScreen()

virtual eC_Bool CGfxWrapDAVE::DrawToScreen ( )

virtual

Activates the Screen as active RenderTarget again

Returns: True if the changing was successful, otherwise False

Reimplemented from CGfxWrap.

◆ Ellipse()

virtual void CGfxWrapDAVE::Ellipse	(	const eC_Value &	vAbsX1,
		const eC_Value &	vAbsY1,
		const eC_Value &	vAbsX2,
		const eC_Value &	vAbsY2,
		const eC_Bool &	bFilled = `true`
	)

virtual

Draws an ellipse which is completly inside the rectangle described through the rectangle the top left edge at (vAbsX1, vAbsY1) and bottom right edge at (vAbsX2, vAbsY2). The ellipse will be filled out if the last parameter is true

Parameters

vAbsX1	X-coordinate of bounding rectangle's top left corner
vAbsY1	Y-Coordinate of bounding rectangle's top left corner
vAbsX2	X-coordinate of bounding rectangle's bottom right corner
vAbsY2	Y-Coordinate of bounding rectangle's bottom right corner
bFilled	Specifies whether the ellipse will be drawn outlined (false) or filled (true)

Implements CGfxWrap.

◆ EndRenderBuffer()

void CGfxWrapDAVE::EndRenderBuffer ( )

protected

end the current render-buffer

◆ FilledRect()

virtual void CGfxWrapDAVE::FilledRect	(	const eC_Value &	vAbsX1,
		const eC_Value &	vAbsY1,
		const eC_Value &	vAbsX2,
		const eC_Value &	vAbsY2
	)

virtual

Draws a filled rectangle with the top left edge at (vAbsX1, vAbsY1) and bottom right edge at (vAbsX2, vAbsY2) The bottom edge and the right edge is not included in the drawn rect. e.g. FilledRect(0, 0, 10, 10); the rect is drawn from (0,0) to (9,9) (both included).

See also: CGUIObject::GetAbsRect()

Parameters

vAbsX1	X-coordinate of top left corner
vAbsY1	Y-Coordinate of top left corner
vAbsX2	X-coordinate of bottom right corner
vAbsY2	Y-Coordinate of bottom right corner

Implements CGfxWrap.

◆ GetD1PixelFormat()

static eC_UInt CGfxWrapDAVE::GetD1PixelFormat ( const CGUICommonEnums::ImageType_t & ePixFormat )

static

Get D1-pixelformat

Parameters

ePixFormat pixel-format

Returns: D1-pixelformat

◆ GetD2PixelFormat()

static eC_UInt CGfxWrapDAVE::GetD2PixelFormat ( const CGUICommonEnums::ImageType_t & ePixFormat )

static

Get D2-pixelformat

Parameters

ePixFormat pixel-format

Returns: D2-pixelformat

◆ GetDaveDevice()

d2_device * CGfxWrapDAVE::GetDaveDevice ( )

WARNING!!!! when using RA6 inline functions return trash and can't be used Returns a pointer to the internal dave device handle.

Returns: The dave device handle.

◆ GetImageSize()

virtual eC_UInt CGfxWrapDAVE::GetImageSize ( const ImageResource_t & eID ) const

inlinevirtual

Computes the size of a loaded image's raw pixel data (e.g. RGBA or RGB565, depending on platform) in memory. Needed for the Image Cache. Since this will be called by the Guiliani Image cache, derived wrappers _must not_ call NotifyImageAccess() from within this method.

Parameters

eID	The image's ID.

Returns: the size of the image in bytes

Implements CGfxWrap.

◆ GetImgHeightImpl()

virtual eC_UInt CGfxWrapDAVE::GetImgHeightImpl ( const ImageResource_t & eID ) const

virtual

Returns the height of an image. Must be implemented by each graphics wrapper.

Parameters

eID	The ID of the image whose width should be returned. It is ensured that eID is always in the valid range and not DUMMY_IMAGE.

Returns: The width of the image in pixels.

Implements CGfxWrap.

◆ GetImgWidthImpl()

virtual eC_UInt CGfxWrapDAVE::GetImgWidthImpl ( const ImageResource_t & eID ) const

virtual

Returns the width of an image. Must be implemented by each graphics wrapper.

Parameters

eID	The ID of the image whose width should be returned. It is ensured that eID is always in the valid range and not DUMMY_IMAGE.

Returns: The width of the image in pixels.

Implements CGfxWrap.

◆ GetPhysicalScreenHeight()

virtual eC_UInt CGfxWrapDAVE::GetPhysicalScreenHeight ( )

virtual

Returns the screen height. Will always return the physical screen height with which the GfxWrap was originally initialized. Regardless of whether the virtual screen size has been modified e.g. while drawing into a CGUIBitmapPlane.

Returns: Physical screen height

Implements CGfxWrap.

◆ GetPhysicalScreenWidth()

virtual eC_UInt CGfxWrapDAVE::GetPhysicalScreenWidth ( )

virtual

Returns the screen width. Will always return the physical screen width with which the GfxWrap was originally initialized. Regardless of whether the virtual screen size has been modified e.g. while drawing into a CGUIBitmapPlane.

Returns: Physical screen width

Implements CGfxWrap.

◆ GetVirtualScreenHeight()

virtual eC_UInt CGfxWrapDAVE::GetVirtualScreenHeight ( )

virtual

Returns the screen height in pixels, may vary if DrawToBitmap is active. It will then return the active BitmapPlane's height instead.

See also: GetPhysicalScreenHeight()

Returns: eC_UInt The screen height

Implements CGfxWrap.

◆ GetVirtualScreenWidth()

virtual eC_UInt CGfxWrapDAVE::GetVirtualScreenWidth ( )

virtual

Returns the screen width in pixels, may vary if DrawToBitmap is active. It will then return the active BitmapPlane's width instead.

See also: GetPhysicalScreenWidth()

Returns: eC_UInt The screen width

Implements CGfxWrap.

◆ ImageExists()

virtual eC_Bool CGfxWrapDAVE::ImageExists ( const ImageResource_t eID ) const

protectedvirtual

Returns whether the image with the given ID currently is loaded within the Graphics Wrapper. This interface must be implemented by derived graphics wrappers.

Parameters

eID	The ID to check

Returns: True if the image with the given ID is currently loaded, False otherwise.

Implements CGfxWrap.

◆ Init()

eC_Bool CGfxWrapDAVE::Init ( void )

protected

Init the graphics wrapper

Returns: true on success

◆ InitScreens()

void CGfxWrapDAVE::InitScreens ( )

protected

Initialize screens.

◆ Line()

virtual void CGfxWrapDAVE::Line	(	const eC_Value &	vAbsX1,
		const eC_Value &	vAbsY1,
		const eC_Value &	vAbsX2,
		const eC_Value &	vAbsY2
	)

virtual

the following methods are protected to prevent calling them directly

Draws a line from (vAbsX1, vAbsY1) to (vAbsX2, vAbsY2)

Parameters

vAbsX1	X-coordinate of starting point
vAbsY1	Y-Coordinate of starting point
vAbsX2	X-coordinate of ending point
vAbsY2	Y-Coordinate of ending point

Implements CGfxWrap.

◆ LoadGlyphData()

virtual void CGfxWrapDAVE::LoadGlyphData	(	CGUIImageData *	pkImageData,
		const eC_UInt &	uiGlyphWidth,
		const eC_UInt &	uiGlyphHeight,
		eC_UByte *	pkGlyphBitmap
	)

virtual

load data for glyph

Parameters

pkImageData	image-data to modify
uiGlyphWidth	width of glyph
uiGlyphHeight	height of glyph
pkGlyphBitmap	bitmap of glyph

Reimplemented from CGfxWrap.

◆ LoadImgDecoder()

virtual eC_Bool CGfxWrapDAVE::LoadImgDecoder	(	const eC_String &	kPath,
		const eC_UInt &	uiImageIndex
	)

protectedvirtual

Load image using decoder if present

Parameters

kPath	file to load
uiImageIndex	index for image

Returns: true on success

◆ LoadImgImpl() [1/2]

virtual void CGfxWrapDAVE::LoadImgImpl	(	const eC_String &	kPath,
		const ImageResource_t &	eID
	)

protectedvirtual

Loads an image. This loads an image from the given path and associates it with an Image-Identifier.

Parameters

kPath	Complete path and filename of the image to be loaded.
eID	ID by which the image will later be accessible.

Implements CGfxWrap.

◆ LoadImgImpl() [2/2]

virtual void CGfxWrapDAVE::LoadImgImpl	(	void *	pkMemory,
		const eC_UInt &	uiWidth,
		const eC_UInt &	uiHeight,
		const eC_UInt &	eImageType,
		const ImageResource_t &	eID
	)

protectedvirtual

Loads a memory-image. This loads an image from a pointer and associates it with an Image-Identifier.

Parameters

pkMemory	pointer to image-data.
uiWidth
uiHeight
eImageType
eID	ID by which the image will later be accessible.

Implements CGfxWrap.

◆ LoadImgRAW()

virtual eC_Bool CGfxWrapDAVE::LoadImgRAW	(	eC_File *	pkImageFile,
		CGUIImageDataDAVE &	kImageData
	)

protectedvirtual

Load image in RAW-format

Parameters

pkImageFile	file to load
kImageData	filled imagedata

Returns: true on success

◆ LoadImgRLE()

virtual eC_Bool CGfxWrapDAVE::LoadImgRLE	(	eC_File *	pkImageFile,
		CGUIImageDataDAVE &	kImageData
	)

protectedvirtual

Load image in RLE-format

Parameters

pkImageFile	file to load
kImageData	filled imagedata

Returns: true on success

◆ Polygon()

virtual void CGfxWrapDAVE::Polygon	(	eC_Value *	pvPoints,
		const eC_UInt &	uiCount,
		const eC_Bool &	bFilled
	)

virtual

Draws a polygon

Parameters

pvPoints	polygon points
uiCount	number of points
bFilled	if true the polygon is filled

Implements CGfxWrap.

◆ Rect()

virtual void CGfxWrapDAVE::Rect	(	const eC_Value &	vAbsX1,
		const eC_Value &	vAbsY1,
		const eC_Value &	vAbsX2,
		const eC_Value &	vAbsY2
	)

virtual

Draws a rectangle with the top left edge at (vAbsX1, vAbsY1) and bottom right edge at (vAbsX2, vAbsY2). The bottom edge and the right edge is not included in the drawn rect. e.g. Rect(0, 0, 10, 10); the rect is drawn from (0,0) to (9,9) (both included).

See also: CGUIObject::GetAbsRect()

Parameters

vAbsX1	X-coordinate of top left corner
vAbsY1	Y-Coordinate of top left corner
vAbsX2	X-coordinate of bottom right corner
vAbsY2	Y-Coordinate of bottom right corner

Implements CGfxWrap.

◆ Refresh()

virtual eC_Bool CGfxWrapDAVE::Refresh ( const RefreshCall_t eRefreshCallType )

virtual

Method to bring the screen content onto the physical screen so that it becomes visible, usually via a blit operation.

Parameters

eRefreshCallType The call type of this refresh

Returns: True of the refresh was performed, False otherwise

Implements CGfxWrap.

Reimplemented in CGfxWrapDAVECyclone5.

◆ RefreshImage()

virtual void CGfxWrapDAVE::RefreshImage	(	const ImageResource_t &	eID,
		void *	pkMemory
	)

virtual

Refresh a memory-image

Parameters

eID	ID of image to refresh
pkMemory	memory-location

Reimplemented from CGfxWrap.

◆ Ring()

virtual void CGfxWrapDAVE::Ring	(	const eC_Value &	vX1,
		const eC_Value &	vY1,
		const eC_Value &	vX2,
		const eC_Value &	vY2,
		const eC_Value &	vRingWidth,
		const eC_Value &	vStartAngle,
		const eC_Value &	vEndAngle,
		const eC_Value &	vRotationAngle,
		const eC_Bool &	bFilled
	)

virtual

Draws a ring which is completly inside the rectangle described through the rectangle the top left edge at (vAbsX1, vAbsY1) and bottom right edge at (vAbsX2, vAbsY2). The ring will be filled out if the last parameter is true 0-degrees is at the mathematically correct position on the unit-circle angles are increasing in counter-clockwise direction. rotation-angle is increasing in clockwise direction, i.e. rotating by 90 degrees will result in the 0-degress being at the bottom-center

Parameters

vX1	X-coordinate of bounding rectangle's top left corner
vY1	Y-Coordinate of bounding rectangle's top left corner
vX2	X-coordinate of bounding rectangle's bottom right corner
vY2	Y-Coordinate of bounding rectangle's bottom right corner
vRingWidth	width of the ring
vStartAngle	start-angle
vEndAngle	end-angle
vRotationAngle	rotation-angle
bFilled	Specifies whether the ring will be drawn outlined (false) or filled (true)

Implements CGfxWrap.

◆ SetAlpha()

void CGfxWrapDAVE::SetAlpha ( eC_UByte ubAlpha )

Set new alpha-value

Parameters

ubAlpha The new alpha value

◆ SetCliprect()

virtual void CGfxWrapDAVE::SetCliprect ( const CGUIRect & NewAbsClipRect )

virtual

Sets a clipping rectangle. All drawing operations will be limited to the region within the clipping rectangle. This is very useful for advanced features such as soft-scrolling. Note that the clipping rectangle is not allowed to exceed the invalidated rectangle, since this would lead to visual artifacts.

Parameters

NewAbsClipRect A normalised rectangle that includes all pixels that could be drawn by the functions of the graphics wrapper. The rectangle includes the border. All pixels outside will be left untouched.

Implements CGfxWrap.

◆ SetForegroundColorImpl()

virtual void CGfxWrapDAVE::SetForegroundColorImpl	(	const eC_UByte &	ubRed,
		const eC_UByte &	ubGreen,
		const eC_UByte &	ubBlue,
		const eC_UByte &	ubAlpha = `255`
	)

virtual

Sets the foreground color. This MUST be implemented by all graphics wrappers. For detailed explanations, please refer to CGfxWrap::SetForegroundColor

Parameters

ubRed	Red intensity within a range of 0 - 255
ubGreen	Green intensity within a range of 0 - 255
ubBlue	Blue intensity within a range of 0 - 255
ubAlpha	Alpha intensity within a range of 0 (transparent) - 255 (opaque)

Implements CGfxWrap.

◆ SetLineWidth()

virtual eC_Value CGfxWrapDAVE::SetLineWidth ( const eC_Value & vWidth )

virtual

Sets the line width in pixels

Parameters

vWidth width of lines

Returns: The previous line width.

Reimplemented from CGfxWrap.

◆ SetNOFImagesImpl()

eC_Bool CGfxWrapDAVE::SetNOFImagesImpl ( const eC_UInt uiNOFImages )

protectedvirtual

Increases the size of the array of image resources

Parameters

uiNOFImages number of images

Returns: true on success

Reimplemented from CGfxWrap.

◆ SetTargetLayer()

virtual void CGfxWrapDAVE::SetTargetLayer ( const eC_UInt & uiLayerID )

virtual

Set target-layer for rendering

Parameters

uiLayerID

Reimplemented from CGfxWrap.

◆ StartRenderBuffer()

void CGfxWrapDAVE::StartRenderBuffer ( )

protected

Start a new render-buffer

◆ SupportCompressedFonts()

virtual eC_Bool CGfxWrapDAVE::SupportCompressedFonts ( ) const

inlinevirtual

Return if gfxwrap supports compressed fonts other than Alpha8

Returns: true if supported

Reimplemented from CGfxWrap.

◆ UnloadGlyphData()

virtual void CGfxWrapDAVE::UnloadGlyphData ( CGUIImageData * pkImageData )

virtual

Unload data for glyph

Parameters

pkImageData image-data to unload

Reimplemented from CGfxWrap.

◆ UnloadImg()

virtual void CGfxWrapDAVE::UnloadImg ( const ImageResource_t & eID )

protectedvirtual

Unloads an image. Unloads the image associated with the supplied Image-identifier and frees the memory formerly occupied by this image.

Parameters

eID	Identifier of the image to be unloaded.

Reimplemented from CGfxWrap.

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

GfxWrapDave.h

Classes

Public Member Functions

Static Public Member Functions

Protected Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ CGfxWrapDAVE()

Member Function Documentation

◆ Arc()

◆ BlitImgExtImpl() [1/2]

◆ BlitImgExtImpl() [2/2]

◆ CreateGfxDependentBitmap()

◆ CreateInstance()

◆ CreateScreen()

◆ DeInit()

◆ DestroyScreen()

◆ DrawToBitmap()

◆ DrawToScreen()

◆ Ellipse()

◆ EndRenderBuffer()

◆ FilledRect()

◆ GetD1PixelFormat()

◆ GetD2PixelFormat()

◆ GetDaveDevice()

◆ GetImageSize()

◆ GetImgHeightImpl()

◆ GetImgWidthImpl()

◆ GetPhysicalScreenHeight()

◆ GetPhysicalScreenWidth()

◆ GetVirtualScreenHeight()

◆ GetVirtualScreenWidth()

◆ ImageExists()

◆ Init()

◆ InitScreens()

◆ Line()

◆ LoadGlyphData()

◆ LoadImgDecoder()

◆ LoadImgImpl() [1/2]

◆ LoadImgImpl() [2/2]

◆ LoadImgRAW()

◆ LoadImgRLE()

◆ Polygon()

◆ Rect()

◆ Refresh()

◆ RefreshImage()

◆ Ring()

◆ SetAlpha()

◆ SetCliprect()

◆ SetForegroundColorImpl()

◆ SetLineWidth()

◆ SetNOFImagesImpl()

◆ SetTargetLayer()

◆ StartRenderBuffer()

◆ SupportCompressedFonts()

◆ UnloadGlyphData()

◆ UnloadImg()