This class is C++ wrapper for a CPL image object. It provides a simplified interface that allows to call CPL routines from from INS applications. More...

#include <image.hpp>

Inheritance diagram for ifw::odp::Image:

Public Member Functions
	Image ()
	Class constructor.

	Image (const cpl_size size_x, const cpl_size size_y, const cpl_type type)
	Class constructor.

	Image (const Image &image)
	Copy constructor.

	Image (const Mask &mask)
	Copy constructor.

	Image (const Image &image, cpl_type type)
	Copy constructor.

	Image (const Image &image, const cpl_size llx, const cpl_size lly, const cpl_size urx, const cpl_size ury)
	Copy constructor.

	Image (const Mask &mask, const cpl_size llx, const cpl_size lly, const cpl_size urx, const cpl_size ury)
	Copy constructor.

	Image (const Image *image, const cpl_size llx, const cpl_size lly, const cpl_size urx, const cpl_size ury)
	Copy constructor.

	Image (const Image *image, const cpl_size startx, const cpl_size starty, const cpl_size size_single_det_x, const cpl_size size_single_det_y, const cpl_size size_gap_x, const cpl_size size_gap_y)
	Copy constructor.

virtual	~Image ()
	Class destructor.

void	GetImagePtr (void **data_ptr) const
	Get pointer to image data.

cpl_size	GetTypeSize () const
	Get size of the image built-in type.

void *	GetImagePtr () const
	Get pointer to image data.

cpl_size	GetWidth () const
	Get image width.

cpl_size	GetHeight () const
	Get image height.

cpl_size	GetSize () const
	Get image size.

bool	IsImage () const
	Check is CPL image is valid.

bool	Status () const
	Get image status.

cpl_type	GetCplType () const
	Get CPL image type.

cpl_image *	GetCplImage () const
	Get CPL image.

void	SetCplImage (cpl_image *image)
	Set CPL image.

void	Copy (const Image &, const cpl_size pos_x, const cpl_size pos_y)
	Copy input image object in the coordinates specified.

void	Save (const std::string filename, cpl_type type=CPL_TYPE_FLOAT)
	Save CPL image into a FITS file.

void	Load (const std::string filename, const cpl_size plane=0, const cpl_size extension=0, cpl_type type=CPL_TYPE_UNSPECIFIED)
	Load CPL image from a FITS file.

void	Load (const std::string filename, const cpl_size llx, const cpl_size lly, const cpl_size urx, const cpl_size ury, const cpl_size plane=0, const cpl_size extension=0, cpl_type type=CPL_TYPE_UNSPECIFIED)
	Load CPL image from a FITS file subwindow.

void	Unload ()
	Release CPL image.

double	Get (cpl_size xpos, cpl_size ypos) const
	Get the value of a pixel at a given position.

void	Get (cpl_size xpos, cpl_size ypos, double *value)
	Get the value of a pixel at a given position.

void	Set (cpl_size xpos, cpl_size ypos, double value)
	Set the value of a pixel at a given position.

void	SetBadPixelMap (const Mask &mask)
	Set the bad pixel map.

cpl_size	CountBadPixelMap ()
	Count the bad pixels.

void	Exponential (const double base)
	Computes the image exponential.

void	Logarithm (const double base)
	Computes the image logarithm.

void	Power (const double exponent)
	Computes the image power.

void	Absolute ()
	Computes the image absolute.

void	Normalise (cpl_norm norm=CPL_NORM_SCALE)
	Normalize the CPL image.

void	Turn (int rotation=-1)
	Rotate CPL image.

void	FFT (Image *imaginary, unsigned mode=CPL_FFT_DEFAULT)
	Fast Fourier Transfor of a CPL image.

void	Threshold (double lo_cut, double hi_cut, double assign_lo_cut, double assign_hi_cut)
	Threshold a CPL image to a given interval.

void	Rebin (cpl_size xstart, cpl_size ystart, cpl_size xstep, cpl_size ystep, Image &new_image)
	Image rebin.

void	FillNoise (const double min_pix, const double max_pix)
	It generates a CPL image with uniform random noise distribution.

void	FillGaussian (const double cen_x, const double cen_y, const double norm, const double sigma_x, const double sigma_y)
	It generates an image from a 2d gaussian function.

Image &	operator+ (const double)
	Overload operator+.

Image &	operator+ (const Image &)
	Overload operator+.

Image &	operator- (const double)
	Overload operator-.

Image &	operator- (const Image &)
	Overload operator-.

Image &	operator/ (const double)
	Overload operator/.

Image &	operator/ (const Image &)
	Overload operator/.

Image &	operator* (const double)
	Overload operator*.

Image &	operator* (const Image &)
	Overload operator*.

Image &	operator+= (const double)
	Overload operator+=.

Image &	operator+= (const Image &)
	Overload operator+=.

Image &	operator-= (const double)
	Overload operator-=.

Image &	operator-= (const Image &)
	Overload operator-=.

Image &	operator/= (const double)
	Overload operator/=.

Image &	operator/= (const Image &)
	Overload operator/=.

Image &	operator*= (const double)
	Overload operator*=.

Image &	operator*= (const Image &)
	Overload operator*=.

Image &	operator= (const Image &)
	Overload operator=.

bool	operator== (const Image &) const
	Overload operator==.

bool	operator!= (const Image &) const
	Overload operator!=.

Public Member Functions inherited from ifw::odp::Error
	Error ()
	Class constructor.

virtual	~Error ()
	Class destructor.

void	ResetCplError ()
	Reset CPL error and internal error flag.

bool	CheckCplError () const
	Check if there is an error in CPL.

Protected Attributes
cpl_type	m_cpl_type

cpl_image *	m_cpl_image

Additional Inherited Members
Protected Member Functions inherited from ifw::odp::Error
std::string	GetErrorMsg () const
	Get CPL error message.

Detailed Description

This class is C++ wrapper for a CPL image object. It provides a simplified interface that allows to call CPL routines from from INS applications.

Image - CPL image wrapper class

See also: CPL Reference: http://www.eso.org/observing/cpl/reference_3.0/ or above

Constructor & Destructor Documentation

◆ Image() [1/9]

ifw::odp::Image::Image ( )

Class constructor.

Returns: none

◆ Image() [2/9]

ifw::odp::Image::Image	(	const cpl_size	size_x,
		const cpl_size	size_y,
		const cpl_type	type )

explicit

Class constructor.

Parameters

[in]	size_x	Width of the CPL image.
[in]	size_y	Height of the CPL image.
[in]	type	Type of the CPL image.

Returns: none

Allocates the CPL image according to the dimensions and type specified.

See also: CPL function: cpl_image_new

◆ Image() [3/9]

ifw::odp::Image::Image ( const Image & image )

explicit

Copy constructor.

Parameters

[in] image Object to be copied.

Returns: none

CPL image is duplicated

See also: CPL function: cpl_image_duplicate

◆ Image() [4/9]

ifw::odp::Image::Image ( const Mask & mask )

explicit

Copy constructor.

Parameters

[in] mask object to be copied.

Returns: none

CPL image is created from a mask object

See also: CPL function: cpl_image_new_from_mask

◆ Image() [5/9]

ifw::odp::Image::Image	(	const Image &	image,
		cpl_type	type )

explicit

Copy constructor.

Parameters

[in]	image	Object to be copied.
[in]	type	Type of the CPL image. If the type choosen is not the same of the source image, image will be casted.

Returns: none

CPL image of type specified is created.

See also: CPL function: cpl_image_duplicate

◆ Image() [6/9]

ifw::odp::Image::Image	(	const Image &	image,
		const cpl_size	llx,
		const cpl_size	lly,
		const cpl_size	urx,
		const cpl_size	ury )

explicit

Copy constructor.

Parameters

[in]	image	Reference object to be copied.
[in]	llx	Lower left X coordinate.
[in]	lly	Lower left Y coordinate.
[in]	urx	Upper right X coordinate.
[in]	ury	Upper right Y coordinate.

Returns

none

    Copy constructor that allows to get an image object from a
    window of the input image. Please note that these function
    might fail if the window is too small (CPL problem). Input
    is a reference of an image object.

See also: CPL function: cpl_image_extract

◆ Image() [7/9]

ifw::odp::Image::Image	(	const Mask &	mask,
		const cpl_size	llx,
		const cpl_size	lly,
		const cpl_size	urx,
		const cpl_size	ury )

explicit

Copy constructor.

Parameters

[in]	mask	reference object to be copied.
[in]	llx	Lower left X coordinate.
[in]	lly	Lower left Y coordinate.
[in]	urx	Upper right X coordinate.
[in]	ury	Upper right Y coordinate.

Returns

none

    Copy constructor that allows to get an image object from a
    mask image. Please note that these function
    might fail if the window is too small (CPL problem). Input
    is a reference of an image object.

See also: CPL function: cpl_image_extract

◆ Image() [8/9]

ifw::odp::Image::Image	(	const Image *	image,
		const cpl_size	llx,
		const cpl_size	lly,
		const cpl_size	urx,
		const cpl_size	ury )

explicit

Copy constructor.

Parameters

[in]	image	Pointer to the object to be copied.
[in]	llx	Lower left X coordinate.
[in]	lly	Lower left Y coordinate.
[in]	urx	Upper right X coordinate.
[in]	ury	Upper right Y coordinate.

Returns

none

    Copy constructor that allows to get an image object from a
    window of the input image. Please note that these function
    might fail if the window is too small (CPL problem). Input
    is a reference of an image object.

See also: CPL function: cpl_image_extract

◆ Image() [9/9]

ifw::odp::Image::Image	(	const Image *	image,
		const cpl_size	startx,
		const cpl_size	starty,
		const cpl_size	size_single_det_x,
		const cpl_size	size_single_det_y,
		const cpl_size	size_gap_x,
		const cpl_size	size_gap_y )

explicit

Copy constructor.

Parameters

[in]	image	Pointer to the object to be copied.
[in]	startx	Initial X position
[in]	starty	Initial Y position
[in]	size_single_det_x	Size along X of a single detector (pixels).
[in]	size_single_det_y	Size along Y of a single detector (pixels).
[in]	size_gap_x	Size along X of the gap (pixels).
[in]	size_gap_y	Size along Y of the gap (pixels).

Returns

none

    Special copy constructor that will create the new object
    based on the input but introducing an artificial gap in the
    image. This functionality is useful when it is needed to
    visualize the gap of a CCD mosaic.

See also: CLIPM function: clipm_image_display_insert_gaps

◆ ~Image()

ifw::odp::Image::~Image ( )

virtual

Class destructor.

Returns: none

See also: CPL function: cpl_image_delete

Member Function Documentation

◆ Absolute()

void ifw::odp::Image::Absolute ( )

Computes the image absolute.

Returns: none

Interface to CPL image absolute function. It modifies the internal CPL by setting each pixel of the image object to its absolute value.

See also: CPL function: cpl_image_abs

◆ Copy()

void ifw::odp::Image::Copy	(	const Image &	image,
		const cpl_size	pos_x,
		const cpl_size	pos_y )

Copy input image object in the coordinates specified.

Parameters

[in]	image	Image to be copied.
[in]	pos_x	Coordinate X where the image will be copied.
[in]	pos_y	Coordinate Y where the image will be copied.

Returns: none

See also: CPL function: cpl_image_copy

◆ CountBadPixelMap()

cpl_size ifw::odp::Image::CountBadPixelMap ( )

Count the bad pixels.

Returns: Number of bad pixels.

See also: CPL function:cpl_image_count_rejected

◆ Exponential()

void ifw::odp::Image::Exponential ( const double base )

Computes the image exponential.

Parameters

[in] base Base of the exponential used in the computation.

Returns: none

Interface to CPL exponential function. It modifies the internal CPL image object by computing the base-scalar exponential of each of its pixels.

See also: CPL function: cpl_image_exponential

◆ FFT()

void ifw::odp::Image::FFT	(	Image *	imaginary,
		unsigned	mode = CPL_FFT_DEFAULT )

Fast Fourier Transfor of a CPL image.

Parameters

[in,out]	imaginary	The image imaginary part.
[in]	mode	the desired FFT options

Returns: none

Interface to CPL image FFT function.

See also: CPL function: cpl_image_fft

◆ FillGaussian()

void ifw::odp::Image::FillGaussian	(	const double	cen_x,
		const double	cen_y,
		const double	norm,
		const double	sigma_x,
		const double	sigma_y )

It generates an image from a 2d gaussian function.

Parameters

[in]	cen_x	Center position along X of the gaussian.
[in]	cen_y	Centerl position along Y of the gaussian.
[in]	norm	Norm of the gaussian.
[in]	sigma_x	Sigma along X of the gaussian.
[in]	sigma_y	Sigma along Y of the gaussian.

Interface to CPL image generation function. It generates an image from a 2d gaussian function.

See also: CPL function: cpl_image_fill_gaussian

◆ FillNoise()

void ifw::odp::Image::FillNoise	(	const double	min_pix,
		const double	max_pix )

It generates a CPL image with uniform random noise distribution.

Parameters

[in]	min_pix	Minimum pixel value in the generated image.
[in]	max_pix	Maximum pixel value in the generated image.

Interface to CPL image generation function. It generates an image with uniform random noise distribution.

See also: CPL function: cpl_image_fill_noise_uniform

◆ Get() [1/2]

double ifw::odp::Image::Get	(	cpl_size	xpos,
		cpl_size	ypos ) const

Get the value of a pixel at a given position.

Parameters

[in]	xpos	Pixel x position (FITS convention, 1 for leftmost)
[in]	ypos	Pixel y position (FITS convention, 1 for lowest)

Returns: the value of the pixel.

See also: CPL function: cpl_image_get

◆ Get() [2/2]

void ifw::odp::Image::Get	(	cpl_size	xpos,
		cpl_size	ypos,
		double *	value )

Get the value of a pixel at a given position.

Parameters

[in]	xpos	Pixel x position (FITS convention, 1 for leftmost)
[in]	ypos	Pixel y position (FITS convention, 1 for lowest)
[out]	value	The pixel value

See also: CPL function: cpl_image_get

◆ GetCplImage()

cpl_image * ifw::odp::Image::GetCplImage ( ) const

inline

Get CPL image.

Returns: CPL image

◆ GetCplType()

cpl_type ifw::odp::Image::GetCplType ( ) const

inline

Get CPL image type.

Returns: CPL type

◆ GetHeight()

cpl_size ifw::odp::Image::GetHeight ( ) const

inline

Get image height.

Returns: Image height

◆ GetImagePtr() [1/2]

void * ifw::odp::Image::GetImagePtr ( ) const

inline

Get pointer to image data.

Returns: Pointer to the image data.

◆ GetImagePtr() [2/2]

void ifw::odp::Image::GetImagePtr ( void ** data_ptr ) const

Get pointer to image data.

Parameters

[out] data_ptr Pointer to the image data

Returns: none

See also: CPL function: cpl_image_get_data

◆ GetSize()

cpl_size ifw::odp::Image::GetSize ( ) const

inline

Get image size.

Returns: Image size

◆ GetTypeSize()

cpl_size ifw::odp::Image::GetTypeSize ( ) const

Get size of the image built-in type.

Returns: Image built-in type size

◆ GetWidth()

cpl_size ifw::odp::Image::GetWidth ( ) const

inline

Get image width.

Returns: Image width

◆ IsImage()

bool ifw::odp::Image::IsImage ( ) const

inline

Check is CPL image is valid.

Returns: TRUE is CPL image is not nullptr, FALSE otherwise.

◆ Load() [1/2]

void ifw::odp::Image::Load	(	const std::string	filename,
		const cpl_size	llx,
		const cpl_size	lly,
		const cpl_size	urx,
		const cpl_size	ury,
		const cpl_size	plane = 0,
		const cpl_size	extension = 0,
		cpl_type	type = CPL_TYPE_UNSPECIFIED )

Load CPL image from a FITS file subwindow.

Parameters

[in]	filename	Absolute or relative path name of the file to be loaded.
[in]	llx	Lower left X coordinate
[in]	lly	Lower left Y coordinate
[in]	urx	Upper right X coordinate
[in]	ury	Upper right Y coordinate
[in]	plane	Plane number of the cube to be loaded, default is zero for non cube files.
[in]	extension	Extension number to be loaded, default is zero.
[in]	type	CPL type used to store the input image, default is FLOAT.

Returns: none

See also: CPL function: cpl_image_load_window

◆ Load() [2/2]

void ifw::odp::Image::Load	(	const std::string	filename,
		const cpl_size	plane = 0,
		const cpl_size	extension = 0,
		cpl_type	type = CPL_TYPE_UNSPECIFIED )

Load CPL image from a FITS file.

Parameters

[in]	filename	Absolute or relative path name of the file to be loaded.
[in]	plane	Plane number to be loaded, default is zero.
[in]	extension	Extension id to be loaded, default is zero.
[in]	type	CPL type used to store the input image, default is FLOAT.

See also: CPL function: cpl_image_load

◆ Logarithm()

void ifw::odp::Image::Logarithm ( const double base )

Computes the image logarithm.

Parameters

[in] base Base of the logarithm used in the computation.

Returns: none

Interface to CPL logarihm function. It modifies the internal CPL image by computing the base-scalar logarithm of each of its pixels.

See also: CPL function: cpl_image_logarithm

◆ Normalise()

void ifw::odp::Image::Normalise ( cpl_norm norm = CPL_NORM_SCALE )

Normalize the CPL image.

Parameters

[in] norm Normalization according to the CPL definition.

Returns: none

Interface to CPL image normalise function. It modifies the internal CPL by normalizing the internal image object according to certain criteria.

    CPL_NORM_SCALE sets the pixel interval to [0,1].
    CPL_NORM_MEAN sets the mean value to 1.
    CPL_NORM_FLUX sets the flux to 1.
    CPL_NORM_ABSFLUX sets the absolute flux to 1.

See also: CPL function: cpl_image_normalise

◆ operator!=()

bool ifw::odp::Image::operator!= ( const Image & image ) const

Overload operator!=.

Parameters

[in] image Input image to be compared

Returns: Reference to the object

◆ operator*() [1/2]

Image & ifw::odp::Image::operator* ( const double scalar )

Overload operator*.

Parameters

[in] scalar Input scalar to be multiplied

Returns: Reference to the object

See also: CPL function: cpl_image_multiply_scalar

◆ operator*() [2/2]

Image & ifw::odp::Image::operator* ( const Image & image )

Overload operator*.

Parameters

[in] image Input image to be multiplied

Returns: Reference to the object

See also: CPL function: cpl_image_multiply

◆ operator*=() [1/2]

Image & ifw::odp::Image::operator*= ( const double scalar )

Overload operator*=.

Parameters

[in] scalar Input scalar to be multiplied

Returns: Reference to the object

See also: CPL function: cpl_image_multiply_scalar

◆ operator*=() [2/2]

Image & ifw::odp::Image::operator*= ( const Image & image )

Overload operator*=.

Parameters

[in] image Input image to be multiplied

Returns: Reference to the object

See also: CPL function: cpl_image_multiply

◆ operator+() [1/2]

Image & ifw::odp::Image::operator+ ( const double scalar )

Overload operator+.

Parameters

[in] scalar Input number to be added.

Returns: Reference to the object

See also: CPL function: cpl_image_add_scalar

◆ operator+() [2/2]

Image & ifw::odp::Image::operator+ ( const Image & image )

Overload operator+.

Parameters

[in] image Input image to be added

Returns: Reference to the object

See also: CPL function: cpl_image_add

◆ operator+=() [1/2]

Image & ifw::odp::Image::operator+= ( const double scalar )

Overload operator+=.

Parameters

[in] scalar Input scalar to be added

Returns: Reference to the object

See also: CPL function: cpl_image_add_scalar

◆ operator+=() [2/2]

Image & ifw::odp::Image::operator+= ( const Image & image )

Overload operator+=.

Parameters

[in] image Input image to be added

Returns: Reference to the object

See also: CPL function: cpl_image_add

◆ operator-() [1/2]

Image & ifw::odp::Image::operator- ( const double scalar )

Overload operator-.

Parameters

[in] scalar Input number to be subtracted.

Returns: Reference to the object

See also: CPL function: cpl_image_subtract_scalar

◆ operator-() [2/2]

Image & ifw::odp::Image::operator- ( const Image & image )

Overload operator-.

Parameters

[in] image Input image to be subtracted

Returns: Reference to the object

See also: CPL function: cpl_image_subtract

◆ operator-=() [1/2]

Image & ifw::odp::Image::operator-= ( const double scalar )

Overload operator-=.

Parameters

[in] scalar Input scalar to be subtracted

Returns: Reference to the object

See also: CPL function: cpl_image_subtract_scalar

◆ operator-=() [2/2]

Image & ifw::odp::Image::operator-= ( const Image & image )

Overload operator-=.

Parameters

[in] image Input image to be subtracted

Returns: Reference to the object

See also: CPL function: cpl_image_subtract

◆ operator/() [1/2]

Image & ifw::odp::Image::operator/ ( const double scalar )

Overload operator/.

Parameters

[in] scalar Input number to be divided

Returns: Reference to the object

See also: CPL function: cpl_image_divide_scalar

◆ operator/() [2/2]

Image & ifw::odp::Image::operator/ ( const Image & image )

Overload operator/.

Parameters

[in] image Input image to be divided

Returns: Reference to the object

See also: CPL function: cpl_image_divide

◆ operator/=() [1/2]

Image & ifw::odp::Image::operator/= ( const double scalar )

Overload operator/=.

Parameters

[in] scalar Input scalar to be divided

Returns: Reference to the object

See also: CPL function: cpl_image_divide_scalar

◆ operator/=() [2/2]

Image & ifw::odp::Image::operator/= ( const Image & image )

Overload operator/=.

Parameters

[in] image Input image to be divided

Returns: Reference to the object

See also: CPL function: cpl_image_divide

◆ operator=()

Image & ifw::odp::Image::operator= ( const Image & image )

Overload operator=.

Parameters

[in] image Input image to be copied

Returns: Reference to the object

See also: CPL function: cpl_image_duplicate

◆ operator==()

bool ifw::odp::Image::operator== ( const Image & image ) const

Overload operator==.

Parameters

[in] image Input image to be compared

Returns: Reference to the object

◆ Power()

void ifw::odp::Image::Power ( const double exponent )

Computes the image power.

Parameters

[in] exponent Exponent used in the computation of the power.

Returns: none

Interface to CPL image power function. It modifies the internal CPL by lifting each of its pixels to exponent.

See also: CPL function: cpl_image_power

◆ Rebin()

void ifw::odp::Image::Rebin	(	cpl_size	xstart,
		cpl_size	ystart,
		cpl_size	xstep,
		cpl_size	ystep,
		Image &	new_image )

Image rebin.

Parameters

[in]	xstart	start x position of binning
[in]	ystart	start y position of binning
[in]	xstep	bin size along x.
[in]	ystep	bin size along y.
[out]	new_image	output rebin image.

See also: CPL function: cpl_image_rebin

◆ Save()

void ifw::odp::Image::Save	(	const std::string	filename,
		cpl_type	type = CPL_TYPE_FLOAT )

Save CPL image into a FITS file.

Parameters

[in]	filename	Absolute path name of the file to be saved.
[in]	type	Data type of the image to be saved.

See also: CPL function: cpl_image_save

◆ Set()

void ifw::odp::Image::Set	(	cpl_size	xpos,
		cpl_size	ypos,
		double	value )

Set the value of a pixel at a given position.

Parameters

[in]	xpos	Pixel x position (FITS convention, 1 for leftmost)
[in]	ypos	Pixel y position (FITS convention, 1 for lowest)
[in]	value	The pixel value

See also: CPL function: cpl_image_set

◆ SetBadPixelMap()

void ifw::odp::Image::SetBadPixelMap ( const Mask & mask )

Set the bad pixel map.

Parameters

[in] mask Inpu mask containing the bad pixels.

See also: CPL function: cpl_image_reject_from_mask

◆ SetCplImage()

void ifw::odp::Image::SetCplImage ( cpl_image * image )

Set CPL image.

Parameters

[in] image CPL image

Returns: none

◆ Status()

bool ifw::odp::Image::Status ( ) const

inline

Get image status.

Returns: TRUE is CPL image is valid, FALSE otherwise.

◆ Threshold()

void ifw::odp::Image::Threshold	(	double	lo_cut,
		double	hi_cut,
		double	assign_lo_cut,
		double	assign_hi_cut )

Threshold a CPL image to a given interval.

Parameters

[in]	lo_cut	Lower bound
[in]	hi_cut	Higher bound
[in]	assign_lo_cut	Value to assign to pixels below low bound.
[in]	assign_hi_cut	Value to assign to pixels above high bound.

Interface to CPL threshold function.

See also: CPL function: cpl_image_threshold

◆ Turn()

void ifw::odp::Image::Turn ( int rotation = -1 )

Rotate CPL image.

Parameters

[in] rotation Multiple of 90 degrees to rotate.

Returns: none

Interface to CPL image turn function. It rotates the image object by a multiple of 90 deg clockwise.

See also: CPL function: cpl_image_turn

◆ Unload()

void ifw::odp::Image::Unload ( )

Release CPL image.

Returns

none

    Delete image object from memory.

See also: CPL function: cpl_image_delete

Member Data Documentation

◆ m_cpl_image

cpl_image* ifw::odp::Image::m_cpl_image

protected

◆ m_cpl_type

cpl_type ifw::odp::Image::m_cpl_type

protected

The documentation for this class was generated from the following files:

cppcpl/src/include/ifw/odp/cppcpl/image.hpp
cppcpl/src/image.cpp

Public Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ Image() [1/9]

◆ Image() [2/9]

◆ Image() [3/9]

◆ Image() [4/9]

◆ Image() [5/9]

◆ Image() [6/9]

◆ Image() [7/9]

◆ Image() [8/9]

◆ Image() [9/9]

◆ ~Image()

Member Function Documentation

◆ Absolute()

◆ Copy()

◆ CountBadPixelMap()

◆ Exponential()

◆ FFT()

◆ FillGaussian()

◆ FillNoise()

◆ Get() [1/2]

◆ Get() [2/2]

◆ GetCplImage()

◆ GetCplType()

◆ GetHeight()

◆ GetImagePtr() [1/2]

◆ GetImagePtr() [2/2]

◆ GetSize()

◆ GetTypeSize()

◆ GetWidth()

◆ IsImage()

◆ Load() [1/2]

◆ Load() [2/2]

◆ Logarithm()

◆ Normalise()

◆ operator!=()

◆ operator*() [1/2]

◆ operator*() [2/2]

◆ operator*=() [1/2]

◆ operator*=() [2/2]

◆ operator+() [1/2]

◆ operator+() [2/2]

◆ operator+=() [1/2]

◆ operator+=() [2/2]

◆ operator-() [1/2]

◆ operator-() [2/2]

◆ operator-=() [1/2]

◆ operator-=() [2/2]

◆ operator/() [1/2]

◆ operator/() [2/2]

◆ operator/=() [1/2]

◆ operator/=() [2/2]

◆ operator=()

◆ operator==()

◆ Power()

◆ Rebin()

◆ Save()

◆ Set()

◆ SetBadPixelMap()

◆ SetCplImage()

◆ Status()

◆ Threshold()

◆ Turn()

◆ Unload()

Member Data Documentation

◆ m_cpl_image

◆ m_cpl_type