Imageclass for an 8-bit gray level image. More...

#include <GrayLevelImageFloat.h>

Inheritance diagram for puma2::GrayLevelImageFloat:

Public Member Functions
MultiElementImage< float, 1 > &	asMultiElementImage ()
double	getElementTypeMaximum () const
double	getElementTypeMinimum () const
	GrayLevelImageFloat (int xwidth=0, int height=0)
	GrayLevelImageFloat (const GrayLevelImageFloat &)
	GrayLevelImageFloat (int width, int height, GrayLevelImageFloat *m, int xo, int yo)
	operator MultiElementImage< float, 1 > & ()
void	operator= (const GrayLevelImageFloat &g)
void	readFromFile (const char *fileName)
void	writeToFile (const char *fileName) const
	~GrayLevelImageFloat ()
Protected Member Functions
virtual void	reset ()
Private Attributes
MultiElementImage< float, 1 > *	alt
	reset internal IPL structures after resize

Detailed Description

Imageclass for an 8-bit gray level image.

Definition at line 14 of file GrayLevelImageFloat.h.

Constructor & Destructor Documentation

GrayLevelImageFloat::GrayLevelImageFloat	(	int	xwidth = `0`,
		int	height = `0`
	)

Default constructor.

Definition at line 9 of file GrayLevelImageFloat.cpp.

GrayLevelImageFloat::GrayLevelImageFloat ( const GrayLevelImageFloat & f )

Definition at line 25 of file GrayLevelImageFloat.cpp.

GrayLevelImageFloat::GrayLevelImageFloat	(	int	width,
		int	height,
		GrayLevelImageFloat *	m,
		int	xo,
		int	yo
	)

Subimage constructor:

Parameters:

width	horizontal size
height	vertical size
m	Pointer to master image of which the image becomes a subimage
xo	offset for horizontal position of subimage in master image
yo	offset for vertical position of subimage in master image

The constructor will do all required checks on the sizes of the images.

Definition at line 17 of file GrayLevelImageFloat.cpp.

GrayLevelImageFloat::~GrayLevelImageFloat ( )

Destructor

Definition at line 36 of file GrayLevelImageFloat.cpp.

Member Function Documentation

MultiElementImage< float, 1 > & GrayLevelImageFloat::asMultiElementImage ( )

Alternative access method to the image data as MultiElementImage.

Definition at line 43 of file GrayLevelImageFloat.cpp.

double puma2::GrayLevelImageFloat::getElementTypeMaximum ( ) const [inline, virtual]

see Image::getElementTypeMaximum()

Reimplemented from puma2::TBaseImg< float >.

Definition at line 47 of file GrayLevelImageFloat.h.

double puma2::GrayLevelImageFloat::getElementTypeMinimum ( ) const [inline, virtual]

see Image::getElementTypeMinimum()

Reimplemented from puma2::TBaseImg< float >.

Definition at line 44 of file GrayLevelImageFloat.h.

puma2::GrayLevelImageFloat::operator MultiElementImage< float, 1 > & ( ) [inline]

automatic conversion

Advantage: a GrayLevelImageFloat can be passed to a function such as Test3<float,1> directly

Disadvantage: may be confusing as for the overloaded function void test4(SingleElementImage<float>& g); // automatic choice void test4(MultiElementImage<float,1>& g); // needs asMultiElementImage()

Definition at line 74 of file GrayLevelImageFloat.h.

void puma2::GrayLevelImageFloat::operator= ( const GrayLevelImageFloat & g ) [inline]

Definition at line 76 of file GrayLevelImageFloat.h.

void GrayLevelImageFloat::readFromFile ( const char * fileName )

see Image::readFromFile()

Reimplemented from puma2::TBaseImg< float >.

Definition at line 48 of file GrayLevelImageFloat.cpp.

void GrayLevelImageFloat::reset ( ) [protected, virtual]

Definition at line 88 of file GrayLevelImageFloat.cpp.

void GrayLevelImageFloat::writeToFile ( const char * fileName ) const

see Image::writeToFile()

Reimplemented from puma2::TBaseImg< float >.