CPGFImage Member List

This is the complete list of members for CPGFImage, including all inherited members.

arg	CPGFImage
ARGB	CPGFImage
ARGB	CPGFImage
be	CPGFImage
blue(RGB) color values for a range of entries in the palette(clut).*It might throw an IOException.*@param iFirstColor The color table index of the first entry to set.*@param nColors The number of color table entries to set.*@param prgbColors A pointer to the array of RGBQUAD structures to set the color table entries.*/void SetColorTable(UINT32 iFirstColor	CPGFImage
blue(RGB) color values from a range of entries in the palette of the DIB section.*It might throw an IOException.*@param iFirstColor The color table index of the first entry to retrieve.*@param nColors The number of color table entries to retrieve.*@param prgbColors A pointer to the array of RGBQUAD structures to retrieve the color table entries.*/void GetColorTable(UINT32 iFirstColor	CPGFImage
BPP() const	CPGFImage	inline
ChannelDepth() const	CPGFImage	inline
ChannelHeight(int c=0) const	CPGFImage	inline
channels(B, G, R).*@return Number of image channels */BYTE Channels() const	CPGFImage	inline
ChannelWidth(int c=0) const	CPGFImage	inline
Clamp16(DataT v) const	CPGFImage	inlineprivate
Clamp31(DataT v) const	CPGFImage	inlineprivate
Clamp4(DataT v) const	CPGFImage	inlineprivate
Clamp6(DataT v) const	CPGFImage	inlineprivate
Clamp8(DataT v) const	CPGFImage	inlineprivate
Close()	CPGFImage	virtual
CompleteHeader()	CPGFImage	private
ComputeLevels()	CPGFImage	private
constructor	CPGFImage
CurrentChannelDepth(BYTE version=PGFVersion)	CPGFImage	inlinestatic
Destroy()	CPGFImage	virtual
Destructor	CPGFImage
details	CPGFImage
Downsample(int nChannel)	CPGFImage	private
favorSpeedOverSize	CPGFImage
flags	CPGFImage
format	CPGFImage
format	CPGFImage
GetBitmap(int pitch, UINT8 *buff, BYTE bpp, int channelMap[]=NULL, CallbackPtr cb=NULL, void *data=NULL) const THROW_	CPGFImage
GetChannel(int c=0)	CPGFImage	inline
GetColorTable() const	CPGFImage	inline
GetHeader() const	CPGFImage	inline
GetMaxValue() const	CPGFImage	inline
GetYUV(int pitch, DataT *buff, BYTE bpp, int channelMap[]=NULL, CallbackPtr cb=NULL, void *data=NULL) const THROW_	CPGFImage
green	CPGFImage
green	CPGFImage
h	CPGFImage
header	CPGFImage
Height(int level=0) const	CPGFImage	inline
image	CPGFImage
image(first byte on last row).*if pitch is positive	CPGFImage
image(first byte).*The sequence of output channels in the output image buffer does not need to be the same as provided by PGF.In case of different sequences you have to *provide a channelMap of size of expected channels(depending on image mode).For example	CPGFImage
image(first byte on last row).*if pitch is positive	CPGFImage
image(first byte).*The sequence of output channels in the output image buffer does not need to be the same as provided by PGF.In case of different sequences you have to *provide a channelMap of size of expected channels(depending on image mode).For example	CPGFImage
image(first byte on last row).*If pitch is positive	CPGFImage
image(first byte).*The sequence of input channels in the input image buffer does not need to be the same as expected from PGF.In case of different sequences you have to *provide a channelMap of size of expected channels(depending on image mode).For example	CPGFImage
image(first byte on last row).*If pitch is positive	CPGFImage
image(first byte).*The sequence of input channels in the input image buffer does not need to be the same as expected from PGF.In case of different sequences you have to *provide a channelMap of size of expected channels(depending on image mode).For example	CPGFImage
image(header and image) at current stream position.*A PGF image is structered in levels	CPGFImage
ImportBitmap(int pitch, UINT8 *buff, BYTE bpp, int channelMap[]=NULL, CallbackPtr cb=NULL, void *data=NULL) THROW_	CPGFImage
ImportBitmap(...)*/static bool ImportIsSupported(BYTE mode)	CPGFImage
ImportYUV(int pitch, DataT *buff, BYTE bpp, int channelMap[]=NULL, CallbackPtr cb=NULL, void *data=NULL) THROW_	CPGFImage
Interest(ROI).*@return true if the pgf image supports ROI.*/bool ROIisSupported() const	CPGFImage	inline
interest(ROI).The rect might be cropped.*@param level[0	CPGFImage
IsOpen() const	CPGFImage	inline
level	CPGFImage
level	CPGFImage
levels	CPGFImage
levels	CPGFImage
levels	CPGFImage
levels	CPGFImage
levels	CPGFImage
Levels()-1.*Each level can be seen as a single image	CPGFImage
Levels()-1.*Each level can be seen as a single image	CPGFImage
Levels()-1.*Each level can be seen as a single image	CPGFImage
Levels() const	CPGFImage	inline
like	CPGFImage
like	CPGFImage
like	CPGFImage
like	CPGFImage
m_cb	CPGFImage	private
m_cbArg	CPGFImage
m_cbArg	CPGFImage	private
m_channel	CPGFImage	protected
m_currentLevel	CPGFImage	protected
m_decoder	CPGFImage	protected
m_downsample	CPGFImage	protected
m_encoder	CPGFImage	protected
m_favorSpeedOverSize	CPGFImage	protected
m_header	CPGFImage	protected
m_height	CPGFImage	protected
m_levelLength	CPGFImage
m_levelLength	CPGFImage	protected
m_percent	CPGFImage	private
m_postHeader	CPGFImage	protected
m_preHeader	CPGFImage	protected
m_progressMode	CPGFImage	private
m_quant	CPGFImage	protected
m_roi	CPGFImage	protected
m_skipUserData	CPGFImage	protected
m_streamReinitialized	CPGFImage	protected
m_useOMPinDecoder	CPGFImage	protected
m_useOMPinEncoder	CPGFImage	protected
m_userDataPos	CPGFImage	protected
m_width	CPGFImage	protected
m_wtChannel	CPGFImage	protected
nColors	CPGFImage
nColors	CPGFImage
negative	CPGFImage
negative	CPGFImage
Open() or SetHeader().*PM_Relative	CPGFImage	inline
Open(...) is Levels().*@return Current image level */BYTE Level() const	CPGFImage	inline
position	CPGFImage
Precondition	CPGFImage
Precondition	CPGFImage
Precondition	CPGFImage
Precondition	CPGFImage
Precondition	CPGFImage
Precondition	CPGFImage
Precondition	CPGFImage
Precondition	CPGFImage
Precondition	CPGFImage
Precondition	CPGFImage
Precondition	CPGFImage
Preconditions	CPGFImage
Quality() const	CPGFImage	inline
Read(int level=0, CallbackPtr cb=NULL, void *data=NULL) THROW_	CPGFImage
Read(PGFRect &rect, int level=0, CallbackPtr cb=NULL, void *data=NULL) THROW_	CPGFImage
Read(...) after each level read.*@param callback A refresh callback procedure *@param arg A parameter of the refresh callback procedure */void SetRefreshCallback(RefreshCB callback	CPGFImage
Read(...) can be used to read each image level separately	CPGFImage
reconstruction(coded-> decoded image).*It might throw an IOException.*@param level The image level of the resulting image in the internal image buffer.*/void Reconstruct(int level=0) THROW_	CPGFImage	pure virtual
red	CPGFImage
red	CPGFImage
RgbToYuv(int pitch, UINT8 *rgbBuff, BYTE bpp, int channelMap[], CallbackPtr cb, void *data) THROW_	CPGFImage	private
SetChannel(DataT *channel, int c=0)	CPGFImage	inline
SetHeader	CPGFImage
SetHeader().*This method is called inside of Write(stream	CPGFImage
SetMaxValue(UINT32 maxValue)	CPGFImage
SetROI(PGFRect rect)	CPGFImage	private
size(width, height).*The image size at level i is double the size(width	CPGFImage
size(width, height).*The image size at level i is double the size(width	CPGFImage
size(width, height).*The image size at level i is double the size(width	CPGFImage
target	CPGFImage
THROW_	CPGFImage
THROW_	CPGFImage
THROW_	CPGFImage
THROW_	CPGFImage
true	CPGFImage
true	CPGFImage
true	CPGFImage
true	CPGFImage
UpdatePostHeaderSize() THROW_	CPGFImage	private
userData	CPGFImage
userDataLength	CPGFImage
value	CPGFImage
value(see also PGFtypes.h) compatible with Adobe Photoshop.*It represents an image type and format.*@return Image mode */BYTE Mode() const	CPGFImage	inline
Version() const	CPGFImage	inline
VUY	CPGFImage
VUY	CPGFImage
w	CPGFImage
width(at level 0)*@param level An image level *@return Image level width in pixels */static UINT32 LevelWidth(UINT32 width	CPGFImage
Width(int level=0) const	CPGFImage	inline
Write(...) and after SetHeader(...).*The absolute value of pitch is the number of bytes of an image row.*If pitch is negative	CPGFImage
Write(CPGFStream *stream, UINT32 *nWrittenBytes=NULL, CallbackPtr cb=NULL, void *data=NULL) THROW_	CPGFImage
Write(int level) or WriteImage()	CPGFImage
Write(int level, CallbackPtr cb=NULL, void *data=NULL) THROW_	CPGFImage
WriteHeader(CPGFStream *stream) THROW_	CPGFImage
WriteHeader().In case you want to write uncached metadata	CPGFImage
WriteHeader() and before WriteImage().*This method is called inside of Write(stream	CPGFImage
WriteImage(CPGFStream *stream, CallbackPtr cb=NULL, void *data=NULL) THROW_	CPGFImage
WriteLevel() THROW_	CPGFImage	private