GaussianStripe< DIR, R > Class Template Reference

#include <GaussianWindow.h>

Inheritance diagram for GaussianStripe< DIR, R >:

Collaboration diagram for GaussianStripe< DIR, R >:

Public Types
typedef float	value_t
Public Types inherited from Window< C, R >
typedef C	conf_t

Public Member Functions
	GaussianStripe (int n, double radius=1.0)
virtual void	setImageLimits () const
	Sets internal limits corresponding to image geometries. Typically using coordHandler.
void	initialize ()
void	setSize (size_t width=1)
Public Member Functions inherited from Window< C, R >
	Window (size_t width=1, size_t height=0)
	Constructor with geometry setting option.
	Window (const C &conf)
	Constructor adapting given configuration.
	Window (const Window &window)
virtual	~Window ()
	Destructor.
size_t	getArea ()
	Returns the nominal area in pixels.
size_t	getSamplingArea ()
	Returns the area which has eventually been scaled (in a non-linear coordinate system)
virtual void	run ()
	Main loop: traverses the source image and writes result to dst image.
virtual void	toStream (std::ostream &ostr) const
Public Member Functions inherited from WindowCore
virtual void	setSrcFrames (const ImageTray< const Channel > &srcTray)
virtual void	setDstFrames (ImageTray< Channel > &dstTray)
virtual void	setSrcFrameWeight (const ImageFrame &srcW)
virtual void	setDstFrameWeight (ImageFrame &dstW)
Public Member Functions inherited from WindowCoreBase
virtual void	setSrcFrame (const ImageFrame &src)
virtual void	setDstFrame (ImageFrame &dst)

Protected Member Functions
virtual void	setSize (size_t width, size_t height)
	Sets the window size.
virtual void	write ()
	At each location, the result of computation to dst image(s).
virtual void	update ()
	At each location, this is called to calculate and store something in members.
void	update ()
	At each location, this is called to calculate and store something in members.
void	update ()
	At each location, this is called to calculate and store something in members.
void	update ()
	At each location, this is called to calculate and store something in members.
void	update ()
	At each location, this is called to calculate and store something in members.
Protected Member Functions inherited from Window< C, R >
virtual bool	isHorizontal () const
	Tells if the window should be moved (traversed of slided) row-by-row (horizontally) or column-by-column (vertically).
virtual bool	reset ()
	Function determining whether array should be cleared at the edge(s). Needed for 1) cleaning numerical residues and 2) updating window parameters.
virtual void	setLoopLimits (int width, int height)
	Sets the actual traversal range inside the window. Sometimes applied dynamically by reset().
void	setLoopLimits ()
	Sets the actual traversal range inside the window. Sometimes applied dynamically by reset().
bool	debugDiag (int bit=4)

Protected Attributes
std::vector< value_t >	lookUp
value_t	weightSum
value_t	value
value_t	scaleResult
Point2D< int >	locationTmp
value_t	w
	Current weight.
value_t	sumW
	Current weighted sum.
Protected Attributes inherited from Window< C, R >
Point2D< int >	location
	Current location of this window.
int	samplingArea = 0
	Number of pixels in the window (frame width*height?).
bool	resetAtEdges = false
	To avoid accumulated numerical errors esp. with floats, reset the statistics at row/cols ends. See reset() .
bool	SCALE = true
	If set, scaling is applied, potentially slowering the computation.
Range< int >	iRange
	Studies source and destination images and decides whether scaling (SCALE=true) should be set.
Range< int >	jRange
CoordinateHandler2D	coordinateHandler

Additional Inherited Members
Public Attributes inherited from Window< C, R >
conf_t	conf
UniCloner< UnaryFunctor >	unicloner
drain::UnaryFunctor &	myFunctor
Public Attributes inherited from WindowCore
ImageView	src
ImageView	dst

Detailed Description

template<bool DIR = true, class R = WindowCore>
class drain::image::GaussianStripe< DIR, R >

Template Parameters

DIR	- direction: true=horzizontal, false=vertical
R	- Core for window input & output images

Member Function Documentation

initialize()

template<bool DIR = true, class R = WindowCore>

void initialize ( )

inlinevirtual

This function \i must

1. set image limits (limits of the total scanning area)
2. set (initial) loop limits (limits of the window scanning area. Typically window origin is in the center.
3. set starting location (typically 0,0)

Reimplemented from Window< C, R >.

setImageLimits()

template<bool DIR = true, class R = WindowCore>

virtual void setImageLimits ( ) const

inlinevirtual

Sets internal limits corresponding to image geometries. Typically using coordHandler.

Studies source image(s) and sets srcWidth, srcHeight and coordHandler. Consider already implemented methods like WindowCore::adjustCoordHandler()

Implements Window< C, R >.

setSize()

template<bool DIR = true, class R = WindowCore>

virtual void setSize ( size_t  width, size_t  height  )

inlineprotectedvirtual

Sets the window size.

Reimplemented from Window< C, R >.

update() [1/5]

void update ( )

protectedvirtual

At each location, this is called to calculate and store something in members.

Reimplemented from Window< C, R >.

Reimplemented in GaussianStripeVertPolarWeighted.

update() [2/5]

void update ( )

protectedvirtual

At each location, this is called to calculate and store something in members.

Reimplemented from Window< C, R >.

Reimplemented in GaussianStripeVertPolarWeighted.

update() [3/5]

void update ( )

protectedvirtual

At each location, this is called to calculate and store something in members.

Reimplemented from Window< C, R >.

Reimplemented in GaussianStripeVertPolarWeighted.

update() [4/5]

void update ( )

protectedvirtual

At each location, this is called to calculate and store something in members.

Reimplemented from Window< C, R >.

Reimplemented in GaussianStripeVertPolarWeighted.

update() [5/5]

template<bool DIR = true, class R = WindowCore>

virtual void update ( )

protectedvirtual

At each location, this is called to calculate and store something in members.

Reimplemented from Window< C, R >.

Reimplemented in GaussianStripeVertPolarWeighted.

write()

template<bool DIR = true, class R = WindowCore>

virtual void write ( )

inlineprotectedvirtual

At each location, the result of computation to dst image(s).

Contract: this function is called after update().

Implements Window< C, R >.

Reimplemented in GaussianStripeWeighted< DIR >, and GaussianStripeWeighted< false >.

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

• src/drain/image/GaussianWindow.h