PUBLIC

ImageMemoryOnlyInfoC::ImageMemoryOnlyInfoC(void) ImageMemoryOnlyInfoC::ImageMemoryOnlyInfoC(const ImageMemoryOnlyInfoC &) ImageMemoryOnlyInfoC::ImageMemoryOnlyInfoC(PixelIndexT,PixelIndexT) ImageMemoryOnlyInfoC::ImageMemoryOnlyInfoC(const ImageRectangleC &) ImageMemoryOnlyInfoC::ImageMemoryOnlyInfoC(const PixelC &,const PixelC &) ImageMemoryOnlyInfoC::ACopy(void) const ImageMemoryOnlyInfoC::Levels(void) const ImageMemoryOnlyInfoC::Rnum(void) const ImageMemoryOnlyInfoC::Cnum(void) const ImageMemoryOnlyInfoC::LUCorner(void) const ImageMemoryOnlyInfoC::RDCorner(void) const ImageMemoryOnlyInfoC::Rectangle(void) const ImageMemoryOnlyInfoC::Format(void) const ImageMemoryOnlyInfoC::DataFormat(void) const ImageMemoryOnlyInfoC::SetSize(const ImageRectangleC &) ImageMemoryOnlyInfoC::PrintInfo(ostream &) const ImageMemoryOnlyInfoC::WriteHead(ImageOStreamC &) const ImageFileInfoC::ACopy(void) const ImageFileInfoC::Levels(void) const ImageFileInfoC::Rnum(void) const ImageFileInfoC::Cnum(void) const ImageFileInfoC::LUCorner(void) const ImageFileInfoC::RDCorner(void) const ImageFileInfoC::Rectangle(void) const ImageFileInfoC::Format(void) const ImageFileInfoC::DataFormat(void) const ImageFileInfoC::SetSize(const ImageRectangleC &) ImageFileInfoC::WriteHead(ImageOStreamC &) const ImageFileInfoC::ReadData(ByteGreyValueT **,const ImageRectangleC &,ImageIStreamC &,BooleanT) const ImageFileInfoC::ReadData(ByteRGBValueC **,const ImageRectangleC &,ImageIStreamC &,BooleanT) const ImageFileInfoC::ReadData(RGBPointC **,const ImageRectangleC &,ImageIStreamC &,BooleanT) const ImageFileInfoC::ReadData(ByteYUVValueC **,const ImageRectangleC &,ImageIStreamC &,BooleanT) const ImageFileInfoC::ReadData(YUVPointC **,const ImageRectangleC &,ImageIStreamC &,BooleanT) const ImageFileInfoC::WriteData(ByteGreyValueT **,const ImageRectangleC &,ImageOStreamC &,BooleanT) const ImageFileInfoC::WriteData(ByteRGBValueC **,const ImageRectangleC &,ImageOStreamC &,BooleanT) const ImageFileInfoC::WriteData(RGBPointC **,const ImageRectangleC &,ImageOStreamC &,BooleanT) const ImageFileInfoC::WriteData(ByteYUVValueC **,const ImageRectangleC &,ImageOStreamC &,BooleanT) const ImageFileInfoC::WriteData(YUVPointC **,const ImageRectangleC &,ImageOStreamC &,BooleanT) const ImageFileInfoC::PrintInfo(ostream &) const ImageFileInfoC::GetRealInfo(void) const

ImageMemoryOnlyInfoC
include	"amma/ImgMemI.hh"
User Level:	Default
Library:	Mimage
Example:	doNumClassComb.cc
Section:	Obsolete
In Scope:	std

Comments:
------------------------------------------------------------------------ *** ImageMemoryOnlyInfoC ********************************************** ------------------------------------------------------------------------

public ImageFileInfoC

PixelC luPxl;

left upper corner of the image

PixelC rdPxl;

right down corner of the image

ImageMemoryOnlyInfoC()

the empty image

ImageMemoryOnlyInfoC(const ImageMemoryOnlyInfoC & info)

Copy constructor.

ImageMemoryOnlyInfoC(PixelIndexT rows,PixelIndexT cols)

The image is created in the memory.

ImageMemoryOnlyInfoC(const ImageRectangleC & rect)

the image is created in the memory

ImageMemoryOnlyInfoC(const PixelC & tlCorner,const PixelC & brCorner)

the image is created in the memory

ImageFileInfoC * ACopy() const

Create an abstract copy of this object.

GreyLevelsT Levels() const

get number of grey levels in the image

PixelIndexT Rnum() const

get number of rows

PixelIndexT Cnum() const

get number of columns

PixelC LUCorner() const

left upper corner of the image

PixelC RDCorner() const

right down corner of the image

ImageRectangleC Rectangle() const

Return the image rectangle

ImageFileFormatT Format() const

get image file format

ImageFileDataFormatT DataFormat() const

get format of data stored in the image file

void SetSize(const ImageRectangleC & rect)

Set the new size of the image.

void PrintInfo(ostream & os) const

print the header information into the stream 'os'

void WriteHead(ImageOStreamC & outS) const

This function cannot be used.

ImageFileInfoC * ACopy() const

Creates an abstract copy of this object.

GreyLevelsT Levels() const

Gets number of grey levels in the image.

PixelIndexT Rnum() const

Gets number of rows.

PixelIndexT Cnum() const

Gets number of columns.

PixelC LUCorner() const

Returns the left upper corner of the image.

PixelC RDCorner() const

Returns the right down corner of the image.

ImageRectangleC Rectangle() const

Returns the rectangle of the image.

ImageFileFormatT Format() const

Gets image file format.

ImageFileDataFormatT DataFormat() const

Gets format of data stored in the image file

void SetSize(const ImageRectangleC & rect)

Sets the new size of the image.

void WriteHead(ImageOStreamC & outS) const

Writes the header of file according the information stored in this object.

void ReadData(ByteGreyValueT ** rows,const ImageRectangleC & rect,ImageIStreamC & inS,BooleanT oneBlock) const

Reads grey data from the stream 'inS' and put them into the memory organized according 'rows' and 'rect'.The memory pointed by 'rows' is allocated as one block if 'oneBlock' is set TRUE.

void ReadData(ByteRGBValueC ** rows,const ImageRectangleC & rect,ImageIStreamC & inS,BooleanT oneBlock) const

Reads RGB data from the stream 'inS' and put them into the memory organized according 'rows' and 'rect'.The memory pointed by 'rows' is allocated as one block if 'oneBlock' is set TRUE.

void ReadData(RGBPointC ** rows,const ImageRectangleC & rect,ImageIStreamC & inS,BooleanT oneBlock) const

Reads RGB data from the stream 'inS' and put them into the memory organized according 'rows' and 'rect'.The memory pointed by 'rows' is allocated as one block if 'oneBlock' is set TRUE. The image file must contain RealFT (see StdType.hh) according to the machine architecture on which the function is running.

void ReadData(ByteYUVValueC ** rows,const ImageRectangleC & rect,ImageIStreamC & inS,BooleanT oneBlock) const

Reads YUV data from the stream 'inS' and put them into the memory organized according 'rows' and 'rect'. The memory pointed by 'rows' is allocated as one block if 'oneBlock' is set TRUE.

void ReadData(YUVPointC ** rows,const ImageRectangleC & rect,ImageIStreamC & inS,BooleanT oneBlock) const

Reads YUV data from the stream 'inS' and put them into the memory organized according 'rows' and 'rect'.The memory pointed by 'rows' is allocated as one block if 'oneBlock' is set TRUE. The image file must contain RealFT (see StdType.hh) according to the machine architecture on which the function is running.

void WriteData(ByteGreyValueT ** rows,const ImageRectangleC & rect,ImageOStreamC & outS,BooleanT oneBlock) const

Writes grey data into the stream 'outS' from the memory organized according 'rows' and 'rect'. The memory pointed by 'rows' is allocated as one block if 'oneBlock' is set TRUE.

void WriteData(ByteRGBValueC ** rows,const ImageRectangleC & rect,ImageOStreamC & outS,BooleanT oneBlock) const

Writes RGB data into the stream 'outS' from the memory organized according 'rows' and 'rect'. The memory pointed by 'rows' is allocated as one block if 'oneBlock' is set TRUE.

void WriteData(RGBPointC ** rows,const ImageRectangleC & rect,ImageOStreamC & outS,BooleanT oneBlock) const

Writes RGB data into the stream 'outS' from the memory organized according 'rows' and 'rect'. The memory pointed by 'rows' is allocated as one block if 'oneBlock' is set TRUE. The values of the image are stored as RealFT (see StdType.hh) according to the machine architecture.

void WriteData(ByteYUVValueC ** rows,const ImageRectangleC & rect,ImageOStreamC & outS,BooleanT oneBlock) const

Writes YUV data into the stream 'outS' from the memory organized according 'rows' and 'rect'. The memory pointed by 'rows' is allocated as one block if 'oneBlock' is set TRUE.

void WriteData(YUVPointC ** rows,const ImageRectangleC & rect,ImageOStreamC & outS,BooleanT oneBlock) const

Writes YUV data into the stream 'outS' from the memory organized according 'rows' and 'rect'. The memory pointed by 'rows' is allocated as one block if 'oneBlock' is set TRUE. The values of the image are stored as RealFT (see StdType.hh) according to the machine architecture.

void PrintInfo(ostream & os) const

Prints the header information into the stream 'os'

const ImageFileInfoC * GetRealInfo() const

Returns the pointer to the base class part of the real object.