libpgf
6.12.24
PGF - Progressive Graphics File
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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 |