zxhIntensityDistance Class Reference

1) normalise the intensity of two images based on a given surface points image and NV 2) along NV compute the intensity difference from -fRang~-fAccPos before hitting other edge compute avgNeg1(2), fAccPos~fRange before hitting other edge: avgPos1(2) to derive Intensity1'=a*Intensity1+b 3) -fAccPos~fAccPos, compute sum(Thresh(Intensity1')-Thresh(Intensity2)), 4) distance= Sum/Thresh More...

#include <zxhIntensityDistance.h>

Inheritance diagram for zxhIntensityDistance:

List of all members.

Public Member Functions
virtual void	SetSurfaceImage (zxhImageData *p)
virtual void	SetImageFirst (zxhImageData *p)
virtual void	SetImageSecond (zxhImageData *p)
virtual void	SetMaskImage (zxhImageData *p)
virtual void	SetBlurImageFirst (zxhImageData *p)
virtual void	SetIntensityNormaliseRange (float f)
	range along NV for intensity normalisation
virtual void	SetIntensitySubtractionRange (float f)
	range along NV for computing intensity subtraction
virtual void	SetThresholdWindow (float f)
	threshold value for setting intensity window in subtraction
virtual bool	Evaluate ()
	run
Protected Attributes
zxhImageData *	m_pSurface
zxhImageData *	m_pImage1
zxhImageData *	m_pImage2
zxhImageData *	m_pMaskImage
zxhImageData *	m_pBlurImage
float	m_fNormaliseRange
	range along NV for intensity normalisation
float	m_fSubtractRange
	range along NV for computing intensity subtraction
float	m_fThresholdWindow
	threshold value for setting intensity window in subtraction

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Detailed Description

1) normalise the intensity of two images based on a given surface points image and NV 2) along NV compute the intensity difference from -fRang~-fAccPos before hitting other edge compute avgNeg1(2), fAccPos~fRange before hitting other edge: avgPos1(2) to derive Intensity1'=a*Intensity1+b 3) -fAccPos~fAccPos, compute sum(Thresh(Intensity1')-Thresh(Intensity2)), 4) distance= Sum/Thresh

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Member Function Documentation

bool zxhIntensityDistance::Evaluate

(

)

[virtual]

run

1) along NV compute the intensity difference from -fRang~-fAccPos before hitting other edge compute avgNeg1(2), fAccPos~fRange before hitting other edge: avgPos1(2) to derive Intensity1'=a*Intensity1+b

2) -fAccPos~fAccPos, compute sum(Thresh(Intensity1')-Thresh(Intensity2)), 3) distance= Sum/Thresh

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

• zxhIntensityDistance.h
• zxhIntensityDistance.cpp