GeneralImageC - General image

Developer Documentation

Centre for Vision, Speech & Signal Processing

Parent Classes:

ImageAC

ColorImageAC

Enumerated types:

enum TargetImageTypeT { DEFAULT, BW, COLOR } ;

Variables:

BaseImageC * realImage;: The pointer to the real image.
ColorImageAC * converter;: The pointer to the converting object.

Methods:

GeneralImageC(): Creates an empty image. It should be used only for construction of arrays.
GeneralImageC(ImageIStreamC & inS,TargetImageTypeT target = DEFAULT): Creates an image from the input stream.
GeneralImageC(const FilenameC & fileName,TargetImageTypeT target = DEFAULT)
~GeneralImageC(): Destructor. Access to the object. ---------------------
ImageAC * ACopy() const: A physical copy of image.
ImageAC * AnotherImage() const: Creates a new empty image of the same type and size as this image is.
const ImageRectangleC & Rectangle() const: Access to the image rectangle.
void ShiftRowIndexes(const IndexT offset): All indexes of the items will be shift by 'offset'.
void ShiftColIndexes(const IndexT offset): All indexes of the items will be shift by 'offset'.
void SetRowSubRange(const IndexT newMin,const IndexT newMax): The range of indexes of the array will be constrained.
void SetColSubRange(const IndexT newMin,const IndexT newMax): The range of indexes of the array will be constrained.
const ImageFileInfoC & ImageFileInfo() const: Access to the const origin. !!!!!!!!!! THIS PART should be declared somewhere else But is is only reasonable solution with G++ 2.4.5 Image conversions. ------------------
const ColorImageAC * ColorImageA() const: Returns this image as an constant general color image.
ColorImageAC * ColorImageA(): Returns this image as an general color image.
ByteImageCnvC Y(): Returns the intensity byte image.
ByteImageCnvC Red(): Returns the intensity byte image of the red component.
ByteImageCnvC Green(): Returns the intensity byte image of the green component.
ByteImageCnvC Blue(): Returns the intensity byte image of the blue component.
DoubleImageCnvC RealY(): Returns the intensity double image.
DoubleImageCnvC RealRed(): Returns the intensity double image of the red component.
DoubleImageCnvC RealGreen(): Returns the intensity double image of the green component.
DoubleImageCnvC RealBlue(): Returns the intensity double image of the blue component.
RGBImageCnvC Rgb(): Returns the image of byte RGB values.
RealRGBImageCnvC RealRgb(): Returns the image of real RGB values.
YUVImageCnvC Yuv(): Returns the image of byte YUV values.
RealYUVImageCnvC RealYuv(): Returns the image of real YUV values.
void LateConstructor(ByteImageCnvC & img): The obsolete function. It can be used only for an empty image.
void LateConstructor(DoubleImageCnvC & img): The obsolete function. It can be used only for an empty image.
void LateConstructor(RGBImageCnvC & img): The obsolete function. It can be used only for an empty image.
void LateConstructor(YUVImageCnvC & img): The obsolete function. It can be used only for an empty image.
void LateConstructor(RealRGBImageCnvC & img): The obsolete function. It can be used only for an empty image.
void LateConstructor(RealYUVImageCnvC & img): The obsolete function. It can be used only for an empty image.
void ResetImageInfo(ImageFileInfoC * newInfo): Deletes current information about the image file and replace it by the 'newInfo'.
BaseImageC * GetImage(): Returns the pointer to the real image.
void Read(ImageIStreamC & s,TargetImageTypeT target): Reads the input image stream and creates the image.

#include "amma/ImageA.hh"

ImageAC * ACopy() const: A physical copy of the image.
ImageAC * AnotherImage() const: Creates a new empty image of the same type and size as this image is.
const ImageRectangleC & Rectangle() const: Returns the working image rectangle.
void ShiftRowIndexes(const IndexT offset): all indexes of the items will be shift by 'offset'
void ShiftColIndexes(const IndexT offset): all indexes of the items will be shift by 'offset'
void SetRowSubRange(const IndexT newMin,const IndexT newMax): the range of indexes of the array will be constrained
void SetColSubRange(const IndexT newMin,const IndexT newMax): the range of indexes of the array will be constrained
const ImageFileInfoC & ImageFileInfo() const: access to the const origin

#include "amma/CoImageA.hh"

const ColorImageAC & operator=(const ColorImageAC & im): Assigment.
ByteImageCnvC Y(): Returns the intensity byte image.
ByteImageCnvC Red(): Returns the intensity byte image of the red component.
ByteImageCnvC Green(): Returns the intensity byte image of the green component.
ByteImageCnvC Blue(): Returns the intensity byte image of the blue component.
DoubleImageCnvC RealY(): Returns the intensity double image.
DoubleImageCnvC RealRed(): Returns the intensity double image of the red component.
DoubleImageCnvC RealGreen(): Returns the intensity double image of the green component.
DoubleImageCnvC RealBlue(): Returns the intensity double image of the blue component.
RGBImageCnvC Rgb(): Returns the image of byte RGB values.
RealRGBImageCnvC RealRgb(): Returns the image of real RGB values.
YUVImageCnvC Yuv(): Returns the image of byte YUV values.
RealYUVImageCnvC RealYuv(): Returns the image of real YUV values.

Programmer:Radek Marik, Documentation by CxxDoc: Tue Mar 20 10:49:27 2001

GeneralImageC

General image

include	"amma/GenImage.hh"
User Level:	Default
Library:	GenImage
Example:	exIter.cc
Section:	Image.Image Representations
In Scope:	std