stira::diffusion::AnisotropicDiffusion Class Reference

A class to compute anisotropic diffusion for more info, see http://www.cs.sfu.ca/~stella/papers/blairthesis/main/node22.html. More...

#include <AnisotropicDiffusion.h>

Public Member Functions
	AnisotropicDiffusion (Image *pSourceImage)
	Constructor. A clone is made of the source image, which is returned after processing, leaving the source data intact The returned object becomes the responsability of the caller to delete. More...
	~AnisotropicDiffusion ()
	Destructor.
void	SetFlowFactor (double fc)
	sets the flow constant, that regulates the strength of the diffusion More...
double	GetFlowFactor ()
	gets the flow constant, that regulates the strength of the diffusion
void	SetMaxNumberOfIterations (int maxnr)
	sets the maximum number of iterations More...
int	GetMaxNumberOfIterations ()
	gets the maximum number of iterations
Image *	Run ()
	the run method of the object

Detailed Description

A class to compute anisotropic diffusion for more info, see http://www.cs.sfu.ca/~stella/papers/blairthesis/main/node22.html.

Constructor & Destructor Documentation

stira::diffusion::AnisotropicDiffusion::AnisotropicDiffusion

(

Image *

pSourceImage

)

Constructor. A clone is made of the source image, which is returned after processing, leaving the source data intact The returned object becomes the responsability of the caller to delete.

Parameters

pSourceImage

source image on which to perform the diffusion

References stira::imagedata::Image::Clone(), and stira::imagedata::Image::GetImageName().

Member Function Documentation

void stira::diffusion::AnisotropicDiffusion::SetFlowFactor

(

double

fc

)

sets the flow constant, that regulates the strength of the diffusion

Parameters

fc	the constant to set

void stira::diffusion::AnisotropicDiffusion::SetMaxNumberOfIterations

(

int

maxnr

)

sets the maximum number of iterations

Parameters

maxnr

the maximum number of iterations

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

• diffusion/diffusion/AnisotropicDiffusion.h
• diffusion/diffusion/AnisotropicDiffusion.cpp