EMVolume Class Reference

Kilian turn around dimension so it is y,x,z like in matlab ! More...

#include <vtkDataDef.h>

List of all members.

Public Member Functions
void	Conv (double *v, int vLen)
	Kilian : Just to be compatible with older version.
void	Conv (float *v, int vLen)
void	ConvX (EMVolume &src, float v[], int vLen)
	Same as above only sorce and target Volume are different => Slower.
void	ConvX (float *v, int vLen)
void	ConvY (float *v, int vLen)
	End - Multi Thread Function.
void	ConvZ (EMVolume &src, float v[], int vLen)
	Same as above only sorce and target Volume are different => Slower.
void	ConvZ (float *v, int vLen)
	EMVolume (int initZ, int initY, int initX)
	EMVolume ()
void	EraseDataFile (char *FileName)
float *	GetData ()
int	GetMaxX ()
int	GetMaxY ()
int	GetMaxZ ()
const float &	operator() (int z, int y, int x) const
float &	operator() (int z, int y, int x)
EMVolume &	operator= (const EMVolume &trg)
void	Print (char name[])
void	ReadDataFromFile (char *FileName)
void	Resize (int DimZ, int DimY, int DimX)
void	SaveDataToFile (char *FileName)
void	SetValue (float val)
void	Test (int Vdim)
	~EMVolume ()
Protected Member Functions
void	allocate (int initZ, int initY, int initX)
void	deallocate ()
Protected Attributes
float *	Data
int	MaxX
int	MaxXY
int	MaxXYZ
int	MaxY
int	MaxZ

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Detailed Description

Kilian turn around dimension so it is y,x,z like in matlab !

Definitions for 3D float array EMVolume ----------------------------------------------------------------------------------------------/

---

Constructor & Destructor Documentation

EMVolume::EMVolume

(

)

[inline]

EMVolume::EMVolume	(	int	initZ,
		int	initY,
		int	initX
	)			[inline]

EMVolume::~EMVolume

(

)

[inline]

---

Member Function Documentation

void EMVolume::allocate	(	int	initZ,
		int	initY,
		int	initX
	)			[inline, protected]

void EMVolume::Conv	(	double *	v,
		int	vLen
	)

Kilian : Just to be compatible with older version.

References Conv().

void EMVolume::Conv	(	float *	v,
		int	vLen
	)			[inline]

Convolution in all three direction Can be made using less memory but then it will be probably be slower

Referenced by Conv().

void EMVolume::ConvX	(	EMVolume &	src,
		float	v[],
		int	vLen
	)

Same as above only sorce and target Volume are different => Slower.

void EMVolume::ConvX	(	float *	v,
		int	vLen
	)

References convVector(), Data, MaxX, MaxY, MaxZ, and result.

void EMVolume::ConvY	(	float *	v,
		int	vLen
	)

End - Multi Thread Function.

References convVector(), Data, MaxX, MaxXY, MaxY, MaxZ, and result.

void EMVolume::ConvZ	(	EMVolume &	src,
		float	v[],
		int	vLen
	)

Same as above only sorce and target Volume are different => Slower.

void EMVolume::ConvZ	(	float *	v,
		int	vLen
	)

References convVector(), Data, and MaxXYZ.

void EMVolume::deallocate

(

)

[inline, protected]

void EMVolume::EraseDataFile

(

char *

FileName

)

[inline]

Compress it back

float* EMVolume::GetData

(

)

[inline]

int EMVolume::GetMaxX

(

)

[inline]

int EMVolume::GetMaxY

(

)

[inline]

int EMVolume::GetMaxZ

(

)

[inline]

const float& EMVolume::operator()	(	int	z,
		int	y,
		int	x
	)			const [inline]

float& EMVolume::operator()	(	int	z,
		int	y,
		int	x
	)			[inline]

EMVolume& EMVolume::operator=

(

const EMVolume &

trg

)

[inline]

Has to be of the same dimension

References Data, MaxX, MaxY, and MaxZ.

void EMVolume::Print

(

char

name[]

)

References MaxX, MaxY, and MaxZ.

void EMVolume::ReadDataFromFile

(

char *

FileName

)

[inline]

First uncompress file

Do not quit here bc could have been unzipped before - if file does not exist next check will catch it

Could not open file

terminate

Compress it back

References fclose, FILE, fopen, and fread.

void EMVolume::Resize	(	int	DimZ,
		int	DimY,
		int	DimX
	)			[inline]

void EMVolume::SaveDataToFile

(

char *

FileName

)

[inline]

Could not open file

Compress file

References fclose, fflush, FILE, fopen, and fwrite.

void EMVolume::SetValue

(

float

val

)

[inline]

void EMVolume::Test

(

int

Vdim

)

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Member Data Documentation

float* EMVolume::Data [protected]

Referenced by ConvX(), ConvY(), ConvZ(), and operator=().

int EMVolume::MaxX [protected]

Referenced by ConvX(), ConvY(), operator=(), and Print().

int EMVolume::MaxXY [protected]

Referenced by ConvY().

int EMVolume::MaxXYZ [protected]

Referenced by ConvZ().

int EMVolume::MaxY [protected]

Referenced by ConvX(), ConvY(), operator=(), and Print().

int EMVolume::MaxZ [protected]

Referenced by ConvX(), ConvY(), operator=(), and Print().

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

• Modules/EMSegment/Algorithm/vtkDataDef.h
• Modules/EMSegment/Algorithm/vtkDataDef.cxx