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NEWIMAGE::complexvolume Class Reference

#include <complexvolume.h>

Collaboration diagram for NEWIMAGE::complexvolume:

[legend]List of all members.

Public Methods

complexvolume ()
complexvolume (const complexvolume &source)
complexvolume (const volume< float > &r, const volume< float > &i)
complexvolume (const volume< float > &r)
~complexvolume ()
float operator= (const float val)
complexvolume & operator= (const complexvolume &source)
void destroy ()
int copyproperties (const complexvolume &source)
int copydata (const complexvolume &source)
float re (int x, int y, int z) const
float im (int x, int y, int z) const
int xsize () const
int ysize () const
int zsize () const
float xdim () const
float ydim () const
float zdim () const
const int xsign (void) const
const int ysign (void) const
const int zsign (void) const
void setxdim (float x)
void setydim (float y)
void setzdim (float z)
void setdims (float x, float y, float z)
int nvoxels () const
const complexvolume & operator+= (const complexpoint &val)
const complexvolume & operator-= (const complexpoint &val)
const complexvolume & operator *= (const complexpoint &val)
const complexvolume & operator/= (const complexpoint &val)
const complexvolume & operator+= (const complexvolume &source)
const complexvolume & operator-= (const complexvolume &source)
const complexvolume & operator *= (const complexvolume &source)
const complexvolume & operator/= (const complexvolume &source)
complexvolume operator+ (const complexpoint &val) const
complexvolume operator- (const complexpoint &val) const
complexvolume operator * (const complexpoint &val) const
complexvolume operator/ (const complexpoint &val) const
complexvolume operator+ (const complexvolume &vol) const
complexvolume operator- (const complexvolume &vol) const
complexvolume operator * (const complexvolume &vol) const
complexvolume operator/ (const complexvolume &vol) const
const std::vector< int > & limits () const
int limits (int n) const
int minx () const
int maxx () const
int miny () const
int maxy () const
int minz () const
int maxz () const
const std::vector< int > & ROIlimits () const
int ROIlimits (int n) const
bool usingROI () const
void setROIlimits (int x0, int y0, int z0, int x1, int y1, int z1) const
void setROIlimits (const std::vector< int > &lims) const
void activateROI () const
void deactivateROI () const
volume< float > abs () const
volume< float > phase () const
volume< float > re () const
volume< float > im () const
complexref operator() (int x, int y, int z)
complexvolume extract_slice (int slice) const
void overwrite_slice (const complexvolume &data, int slice)

Constructor & Destructor Documentation

NEWIMAGE::complexvolume::complexvolume ( ) [inline]

NEWIMAGE::complexvolume::complexvolume ( const complexvolume & source )

NEWIMAGE::complexvolume::complexvolume ( const volume< float > & r,

const volume< float > & i

)

NEWIMAGE::complexvolume::complexvolume ( const volume< float > & r )

NEWIMAGE::complexvolume::~complexvolume ( )

Member Function Documentation

volume< float > NEWIMAGE::complexvolume::abs ( ) const

void NEWIMAGE::complexvolume::activateROI ( ) const [inline]

int NEWIMAGE::complexvolume::copydata ( const complexvolume & source )

int NEWIMAGE::complexvolume::copyproperties ( const complexvolume & source )

void NEWIMAGE::complexvolume::deactivateROI ( ) const [inline]

void NEWIMAGE::complexvolume::destroy ( )

complexvolume NEWIMAGE::complexvolume::extract_slice ( int slice ) const

volume< float > NEWIMAGE::complexvolume::im ( ) const

float NEWIMAGE::complexvolume::im ( int x,

int y,

int z

) const [inline]

int NEWIMAGE::complexvolume::limits ( int n ) const [inline]

const std::vector<int>& NEWIMAGE::complexvolume::limits ( ) const [inline]

int NEWIMAGE::complexvolume::maxx ( ) const [inline]

int NEWIMAGE::complexvolume::maxy ( ) const [inline]

int NEWIMAGE::complexvolume::maxz ( ) const [inline]

int NEWIMAGE::complexvolume::minx ( ) const [inline]

int NEWIMAGE::complexvolume::miny ( ) const [inline]

int NEWIMAGE::complexvolume::minz ( ) const [inline]

int NEWIMAGE::complexvolume::nvoxels ( ) const [inline]

complexvolume NEWIMAGE::complexvolume::operator * ( const complexvolume & vol ) const

complexvolume NEWIMAGE::complexvolume::operator * ( const complexpoint & val ) const

const complexvolume & NEWIMAGE::complexvolume::operator *= ( const complexvolume & source )

const complexvolume & NEWIMAGE::complexvolume::operator *= ( const complexpoint & val )

complexref NEWIMAGE::complexvolume::operator() ( int x,

int y,

int z

) [inline]

complexvolume NEWIMAGE::complexvolume::operator+ ( const complexvolume & vol ) const

complexvolume NEWIMAGE::complexvolume::operator+ ( const complexpoint & val ) const

const complexvolume & NEWIMAGE::complexvolume::operator+= ( const complexvolume & source )

const complexvolume & NEWIMAGE::complexvolume::operator+= ( const complexpoint & val )

complexvolume NEWIMAGE::complexvolume::operator- ( const complexvolume & vol ) const

complexvolume NEWIMAGE::complexvolume::operator- ( const complexpoint & val ) const

const complexvolume & NEWIMAGE::complexvolume::operator-= ( const complexvolume & source )

const complexvolume & NEWIMAGE::complexvolume::operator-= ( const complexpoint & val )

complexvolume NEWIMAGE::complexvolume::operator/ ( const complexvolume & vol ) const

complexvolume NEWIMAGE::complexvolume::operator/ ( const complexpoint & val ) const

const complexvolume & NEWIMAGE::complexvolume::operator/= ( const complexvolume & source )

const complexvolume & NEWIMAGE::complexvolume::operator/= ( const complexpoint & val )

complexvolume & NEWIMAGE::complexvolume::operator= ( const complexvolume & source )

float NEWIMAGE::complexvolume::operator= ( const float val )

void NEWIMAGE::complexvolume::overwrite_slice ( const complexvolume & data,

int slice

)

volume< float > NEWIMAGE::complexvolume::phase ( ) const

volume< float > NEWIMAGE::complexvolume::re ( ) const

float NEWIMAGE::complexvolume::re ( int x,

int y,

int z

) const [inline]

int NEWIMAGE::complexvolume::ROIlimits ( int n ) const [inline]

const std::vector<int>& NEWIMAGE::complexvolume::ROIlimits ( ) const [inline]

void NEWIMAGE::complexvolume::setdims ( float x,

float y,

float z

) [inline]

void NEWIMAGE::complexvolume::setROIlimits ( const std::vector< int > & lims ) const [inline]

void NEWIMAGE::complexvolume::setROIlimits ( int x0,

int y0,

int z0,

int x1,

int y1,

int z1

) const [inline]

void NEWIMAGE::complexvolume::setxdim ( float x ) [inline]

void NEWIMAGE::complexvolume::setydim ( float y ) [inline]

void NEWIMAGE::complexvolume::setzdim ( float z ) [inline]

bool NEWIMAGE::complexvolume::usingROI ( ) const [inline]

float NEWIMAGE::complexvolume::xdim ( ) const [inline]

const int NEWIMAGE::complexvolume::xsign ( void ) const [inline]

int NEWIMAGE::complexvolume::xsize ( ) const [inline]

float NEWIMAGE::complexvolume::ydim ( ) const [inline]

const int NEWIMAGE::complexvolume::ysign ( void ) const [inline]

int NEWIMAGE::complexvolume::ysize ( ) const [inline]

float NEWIMAGE::complexvolume::zdim ( ) const [inline]

const int NEWIMAGE::complexvolume::zsign ( void ) const [inline]

int NEWIMAGE::complexvolume::zsize ( ) const [inline]

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