This class is designed to manage and store system matrix elements associated to a vEvent. More...

#include <oProjectionLine.hh>

Collaboration diagram for oProjectionLine:

Public Member Functions
	oProjectionLine ()
	The constructor of oProjectionLine.
	~oProjectionLine ()
	The destructor of oProjectionLine.
int	CheckParameters ()
	A function used to check the parameters settings.
int	Initialize ()
	A function used to initialize a bunch of stuff after parameters have been checked.
void	ComputeLineLength ()
	Simply compute and update the m_length using the associated mp_position1 and mp_position2.
bool	NotEmptyLine ()
	This function is used to know if the line contains any voxel contribution.
void	Reset ()
	Reset length and all the voxel indices and weights tabs.
void	ApplyOffset ()
	Apply the offset of oImageDimensionsAndQuantification to the mp_position1 and mp_position2.
INTNB	GetVoxelIndex (int a_direction, int a_TOFBin, INTNB a_voxelInLine)
	This function is used to get the contributing voxel index of the provided direction, TOF bin and voxel rank.
void	AddVoxelInTOFBin (int a_direction, int a_TOFBin, INTNB a_voxelIndice, FLTNB a_voxelWeight)
	This function is used to add a voxel contribution to the line and provided TOF bin.
void	AddVoxel (int a_direction, INTNB a_voxelIndice, FLTNB a_voxelWeight)
	This function is used to add a voxel contribution to the line, assuming TOF bin 0 (i.e. no TOF).
FLTNB	ForwardProject (FLTNB *ap_image=NULL)
	Simply forward projects the provided image if not null, or else 1, for the current TOF bin.
FLTNB	ForwardProjectWithSPECTAttenuation (FLTNB ap_attenuation, FLTNB ap_image=NULL)
	Forward projects the provided image for the current TOF bin with an inner loop on the attenuation (for SPECT).
void	BackwardProject (FLTNB *ap_image, FLTNB a_value)
	Simply backward projects the provided value inside the provided image, for the current TOF bin.
void	BackwardProjectWithSPECTAttenuation (FLTNB ap_attenuation, FLTNB ap_image, FLTNB a_value)
	Backward project the provided value inside the provided image with an inner loop on the attenuation (for SPECT).
FLTNB	ComputeLineIntegral (int a_direction)
	It simply computes the sum of all voxels contributions following the provided direction.
FLTNB	GetVoxelWeights (int a_direction, int a_TOFBin, INTNB a_voxelInLine)
	This function is used to get the contributing voxel weight of the provided direction, TOF bin and voxel rank.
INTNB	GetCurrentNbVoxels (int a_direction, int a_TOFBin)
	This function is used to get the current number of contributing voxels to the line.
int	GetNbTOFBins ()
	This function is used to get the number of TOF bins in use.
FLTNB	GetLength ()
	This function is used to get the length of the line.
int	GetComputationStrategy ()
	This function is used to get the computation strategy.
FLTNB *	GetPosition1 ()
	This function is used to get the pointer to the mp_position1 (3-values tab).
FLTNB *	GetPosition2 ()
	This function is used to get the pointer to the mp_position2 (3-values tab).
FLTNB *	GetBufferPosition1 ()
	This function is used to get the pointer to the mp_bufferPosition1 (3-values tab).
FLTNB *	GetBufferPosition2 ()
	This function is used to get the pointer to the mp_bufferPosition2 (3-values tab).
FLTNB *	GetOrientation1 ()
	This function is used to get the pointer to the mp_orientation1 (3-values tab).
FLTNB *	GetOrientation2 ()
	This function is used to get the pointer to the mp_orientation2 (3-values tab).
FLTNB *	GetBufferOrientation1 ()
	This function is used to get the pointer to the mp_bufferOrientation1 (3-values tab).
FLTNB *	GetBufferOrientation2 ()
	This function is used to get the pointer to the mp_bufferOrientation2 (3-values tab).
FLTNB *	GetPOI1 ()
	This function is used to get the pointer to POI of point 1 (3-values tab).
FLTNB *	GetPOI2 ()
	This function is used to get the pointer to POI of point 2 (3-values tab).
int	GetIndex1 ()
	This function is used to get the index associated to point 1.
int	GetIndex2 ()
	This function is used to get the index associated to point 2.
int	GetThreadNumber ()
	This function is used to get the thread number associated to this line.
void	SetLength (FLTNB a_length)
	This function is used to set the length of the line.
void	SetPOI1 (FLTNB *ap_POI1)
	This function is used to set the POI of point 1.
void	SetPOI2 (FLTNB *ap_POI2)
	This function is used to set the POI of point 2.
void	SetTOFMeasurement (FLTNB a_TOFMeasurement)
	This function is used to set the TOF measurement associated to the line.
void	SetIndex1 (int a_index1)
	This function is used to set the index m_index1 of point 1.
void	SetIndex2 (int a_index2)
	This function is used to set the index m_index1 of point 2.
void	SetNbTOFBins (int a_nbTOFBins)
	This function is used to set the number of TOF bins in use.
void	SetCurrentTOFBin (int a_TOFBin)
	This function is used to set the current TOF bin that is used.
void	SetMatchedProjectors (bool a_UseMatchedProjectors)
	This function is used to set the boolean that says if we use matched projectors.
void	SetTOFResolution (FLTNB a_TOFResolution)
	This function is used to set the TOF resolution in use.
void	SetPOIResolution (FLTNB *ap_POIResolution)
	This function is used to set the POI resolution along the 3 axes.
void	SetImageDimensionsAndQuantification (oImageDimensionsAndQuantification *ap_ImageDimensionsAndQuantification)
	This function is used to set the pointer to the oImageDimensionsAndQuantification in use.
void	SetComputationStrategy (int a_computationStrategy)
	This function is used to set the computation strategy in use.
void	SetForwardProjector (vProjector *ap_Projector)
	This function is used to set the pointer to the forward projector.
void	SetBackwardProjector (vProjector *ap_Projector)
	This function is used to set the pointer to the backward projector.
void	SetThreadNumber (int a_threadNumber)
	This function is used to set the thread number of this particular line.
void	SetMultiplicativeCorrection (FLTNB a_multiplicativeCorrection)
	This function is used to set the multiplicative correction to be applied during forward and backward projections.
void	SetVerbose (int a_verbose)
	This function is used to set the verbose level.
Private Attributes
int	m_verbose
bool	m_checked
bool	m_initialized
int	m_threadNumber
FLTNB	m_multiplicativeCorrection
oImageDimensionsAndQuantification *	mp_ImageDimensionsAndQuantification
int	m_computationStrategy
int	m_nbTOFBins
FLTNB	m_TOFResolution
FLTNB	m_TOFMeasurement
int	m_currentTOFBin
FLTNB *	mp_POI1
FLTNB *	mp_POI2
FLTNB *	mp_POIResolution
FLTNB	m_length
FLTNB *	mp_position1
FLTNB *	mp_position2
FLTNB *	mp_bufferPosition1
FLTNB *	mp_bufferPosition2
FLTNB *	mp_orientation1
FLTNB *	mp_orientation2
FLTNB *	mp_bufferOrientation1
FLTNB *	mp_bufferOrientation2
int	m_index1
int	m_index2
bool	m_UseMatchedProjectors
vProjector *	mp_ForwardProjector
vProjector *	mp_BackwardProjector
INTNB **	m2p_allocatedNbVoxels
INTNB **	m2p_currentNbVoxels
INTNB ***	m3p_voxelIndices
FLTNB ***	m3p_voxelWeights

Detailed Description

This class is designed to manage and store system matrix elements associated to a vEvent.

This class is basically a container for system matrix elements associated to a vEvent. It can use different storage and computation strategies for this role. It contains the voxel contributions to the LOR associated to a vEvent. It manages TOF bins.

Definition at line 66 of file oProjectionLine.hh.

Constructor & Destructor Documentation

oProjectionLine::oProjectionLine ( )

The constructor of oProjectionLine.

This is the default and unique constructor. It does not take any parameter and its role is only to affect default values to each member of the class.

Definition at line 28 of file oProjectionLine.cc.

oProjectionLine::~oProjectionLine ( )

The destructor of oProjectionLine.

This is the default and unique destructor. It does not take any parameter and its role is only to free or delete all structures that were built by this class.

Definition at line 70 of file oProjectionLine.cc.

Member Function Documentation

void oProjectionLine::AddVoxel	(	int	a_direction,
		INTNB	a_voxelIndice,
		FLTNB	a_voxelWeight
	)

This function is used to add a voxel contribution to the line, assuming TOF bin 0 (i.e. no TOF).

Parameters:

int	a_direction
INTNB	a_voxelIndice
FLTNB	a_voxelWeight

Definition at line 584 of file oProjectionLine.cc.

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void oProjectionLine::AddVoxelInTOFBin	(	int	a_direction,
		int	a_TOFBin,
		INTNB	a_voxelIndice,
		FLTNB	a_voxelWeight
	)

This function is used to add a voxel contribution to the line and provided TOF bin.

Parameters:

int	a_direction
int	a_TOFBin
INTNB	a_voxelIndice
FLTNB	a_voxelWeight

Definition at line 528 of file oProjectionLine.cc.

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void oProjectionLine::ApplyOffset ( )

Apply the offset of oImageDimensionsAndQuantification to the mp_position1 and mp_position2.

Definition at line 466 of file oProjectionLine.cc.

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void oProjectionLine::BackwardProject	(	FLTNB *	ap_image,
		FLTNB	a_value
	)

Simply backward projects the provided value inside the provided image, for the current TOF bin.

Parameters:

FLTNB*	ap_image
FLTNB	a_value

It backward projects for the current TOF bin the provided value inside the provided image. It also applies the inverse of the multiplicative correction term before the backward projection, and assumes it is not zero.

Definition at line 745 of file oProjectionLine.cc.

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void oProjectionLine::BackwardProjectWithSPECTAttenuation	(	FLTNB *	ap_attenuation,
		FLTNB *	ap_image,
		FLTNB	a_value
	)

Backward project the provided value inside the provided image with an inner loop on the attenuation (for SPECT).

Parameters:

FLTNB*	ap_attenuation
FLTNB*	ap_image
FLTNB	a_value

It backward projects the provided into the provided image. It does it for the current TOF bin (for genericity purpose) even if this function should only be called for SPECT. The order of the voxels contributions is assumed to be from the outside to the detector, so it only works with the list computation strategy. It also applies the inverse of the multiplicative correction term before the backward projection, and assumes it is not zero.

Definition at line 770 of file oProjectionLine.cc.

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int oProjectionLine::CheckParameters ( )

A function used to check the parameters settings.

This function does not take any parameter and is used to check that all mandatory members were correctly parameterized.

Returns:: An integer reflecting the check status; 0 if no problem, another value otherwise.

Definition at line 125 of file oProjectionLine.cc.

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FLTNB oProjectionLine::ComputeLineIntegral ( int a_direction )

It simply computes the sum of all voxels contributions following the provided direction.

Parameters:

int	a_direction

Returns:: The sum of all voxels contributions

Definition at line 810 of file oProjectionLine.cc.

void oProjectionLine::ComputeLineLength ( )

Simply compute and update the m_length using the associated mp_position1 and mp_position2.

Definition at line 370 of file oProjectionLine.cc.

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FLTNB oProjectionLine::ForwardProject ( FLTNB * ap_image = NULL )

Simply forward projects the provided image if not null, or else 1, for the current TOF bin.

Parameters:

FLTNB* ap_image = NULL

It forward projects for the current TOF bin the provided image if not NULL, or else it assumes a uniform image of 1. It also applies the inverse of the multiplicative correction term, and assumes it is not zero.

Returns:: The value of the forward projection

Definition at line 643 of file oProjectionLine.cc.

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FLTNB oProjectionLine::ForwardProjectWithSPECTAttenuation	(	FLTNB *	ap_attenuation,
		FLTNB *	ap_image = `NULL`
	)

Forward projects the provided image for the current TOF bin with an inner loop on the attenuation (for SPECT).

Parameters:

FLTNB*	ap_attenuation
FLTNB*	ap_image = NULL

It forward projects the provided image if not null, or else it assumes a uniform image of 1. It does it for the current TOF bin (for genericity purpose) even if this function should only be called for SPECT. The order of the voxels contributions is assumed to be from the outside to the detector, so it only works with the list computation strategy. It also applies the inverse of the multiplicative correction term, and assumes it is not zero.

Returns:: The value of the forward projection

Definition at line 682 of file oProjectionLine.cc.

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public inline FLTNB * oProjectionLine::GetBufferOrientation1 ( ) [inline]

This function is used to get the pointer to the mp_bufferOrientation1 (3-values tab).

Returns:: The buffer orientation of point 1.

Definition at line 292 of file oProjectionLine.hh.

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public inline FLTNB * oProjectionLine::GetBufferOrientation2 ( ) [inline]

This function is used to get the pointer to the mp_bufferOrientation2 (3-values tab).

Returns:: The buffer orientation of point 2.

Definition at line 299 of file oProjectionLine.hh.

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public inline FLTNB * oProjectionLine::GetBufferPosition1 ( ) [inline]

This function is used to get the pointer to the mp_bufferPosition1 (3-values tab).

Returns:: The buffer position of point 1.

Definition at line 264 of file oProjectionLine.hh.

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public inline FLTNB * oProjectionLine::GetBufferPosition2 ( ) [inline]

This function is used to get the pointer to the mp_bufferPosition2 (3-values tab).

Returns:: The buffer position of point 2.

Definition at line 271 of file oProjectionLine.hh.

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public inline int oProjectionLine::GetComputationStrategy ( ) [inline]

This function is used to get the computation strategy.

Returns:: The computation strategy.

Definition at line 243 of file oProjectionLine.hh.

public inline INTNB oProjectionLine::GetCurrentNbVoxels	(	int	a_direction,
		int	a_TOFBin
	)		`[inline]`

This function is used to get the current number of contributing voxels to the line.

Parameters:

int	a_direction
int	a_TOFBin

Returns:: The current number of contributing voxels.

Definition at line 222 of file oProjectionLine.hh.

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public inline int oProjectionLine::GetIndex1 ( ) [inline]

This function is used to get the index associated to point 1.

Returns:: Index of point 1.

Definition at line 320 of file oProjectionLine.hh.

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public inline int oProjectionLine::GetIndex2 ( ) [inline]

This function is used to get the index associated to point 2.

Returns:: Index of point 2.

Definition at line 327 of file oProjectionLine.hh.

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public inline FLTNB oProjectionLine::GetLength ( ) [inline]

This function is used to get the length of the line.

Returns:: The length.

Definition at line 236 of file oProjectionLine.hh.

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public inline int oProjectionLine::GetNbTOFBins ( ) [inline]

This function is used to get the number of TOF bins in use.

Returns:: The number of TOF bins.

Definition at line 229 of file oProjectionLine.hh.

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public inline FLTNB * oProjectionLine::GetOrientation1 ( ) [inline]

This function is used to get the pointer to the mp_orientation1 (3-values tab).

Returns:: The orientation of point 1.

Definition at line 278 of file oProjectionLine.hh.

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public inline FLTNB * oProjectionLine::GetOrientation2 ( ) [inline]

This function is used to get the pointer to the mp_orientation2 (3-values tab).

Returns:: The orientation of point 2.

Definition at line 285 of file oProjectionLine.hh.

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public inline FLTNB * oProjectionLine::GetPOI1 ( ) [inline]

This function is used to get the pointer to POI of point 1 (3-values tab).

Returns:: POI of point 1.

Definition at line 306 of file oProjectionLine.hh.

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public inline FLTNB * oProjectionLine::GetPOI2 ( ) [inline]

This function is used to get the pointer to POI of point 2 (3-values tab).

Returns:: POI of point 2 mp_POI2

Definition at line 313 of file oProjectionLine.hh.

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public inline FLTNB * oProjectionLine::GetPosition1 ( ) [inline]

This function is used to get the pointer to the mp_position1 (3-values tab).

Returns:: The position of point 1.

Definition at line 250 of file oProjectionLine.hh.

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public inline FLTNB * oProjectionLine::GetPosition2 ( ) [inline]

This function is used to get the pointer to the mp_position2 (3-values tab).

Returns:: The position of point 2.

Definition at line 257 of file oProjectionLine.hh.

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public inline int oProjectionLine::GetThreadNumber ( ) [inline]

This function is used to get the thread number associated to this line.

Returns:: The associated thread number.

Definition at line 334 of file oProjectionLine.hh.

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INTNB oProjectionLine::GetVoxelIndex	(	int	a_direction,
		int	a_TOFBin,
		INTNB	a_voxelInLine
	)

This function is used to get the contributing voxel index of the provided direction, TOF bin and voxel rank.

Parameters:

int	a_direction
int	a_TOFBin
INTNB	a_voxelInLine

Returns:: The voxel index.

Definition at line 495 of file oProjectionLine.cc.

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public inline FLTNB oProjectionLine::GetVoxelWeights	(	int	a_direction,
		int	a_TOFBin,
		INTNB	a_voxelInLine
	)		`[inline]`

This function is used to get the contributing voxel weight of the provided direction, TOF bin and voxel rank.

Parameters:

int	a_direction
int	a_TOFBin
INTNB	a_voxelInLine

Returns:: The voxel weight.

Definition at line 213 of file oProjectionLine.hh.

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int oProjectionLine::Initialize ( )

A function used to initialize a bunch of stuff after parameters have been checked.

It allocates all tables depending on the computation strategy.

Returns:: An integer reflecting the initialization status; 0 if no problem, another value otherwise.

Definition at line 163 of file oProjectionLine.cc.

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bool oProjectionLine::NotEmptyLine ( )

This function is used to know if the line contains any voxel contribution.

Returns:: True if any voxel contribution, false if empty.

Definition at line 394 of file oProjectionLine.cc.

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void oProjectionLine::Reset ( )

Reset length and all the voxel indices and weights tabs.

Definition at line 418 of file oProjectionLine.cc.

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public inline void oProjectionLine::SetBackwardProjector ( vProjector * ap_Projector ) [inline]

This function is used to set the pointer to the backward projector.

Parameters:

vProjector* ap_Projector

Definition at line 444 of file oProjectionLine.hh.

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public inline void oProjectionLine::SetComputationStrategy ( int a_computationStrategy ) [inline]

This function is used to set the computation strategy in use.

Parameters:

int	a_computationStrategy

Definition at line 430 of file oProjectionLine.hh.

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public inline void oProjectionLine::SetCurrentTOFBin ( int a_TOFBin ) [inline]

This function is used to set the current TOF bin that is used.

Parameters:

int a_TOFBin

Definition at line 395 of file oProjectionLine.hh.

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public inline void oProjectionLine::SetForwardProjector ( vProjector * ap_Projector ) [inline]

This function is used to set the pointer to the forward projector.

Parameters:

vProjector* ap_Projector

Definition at line 437 of file oProjectionLine.hh.

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public inline void oProjectionLine::SetImageDimensionsAndQuantification ( oImageDimensionsAndQuantification * ap_ImageDimensionsAndQuantification ) [inline]

This function is used to set the pointer to the oImageDimensionsAndQuantification in use.

Parameters:

oImageDimensionsAndQuantification* ap_ImageDimensionsAndQuantification

Definition at line 423 of file oProjectionLine.hh.

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public inline void oProjectionLine::SetIndex1 ( int a_index1 ) [inline]

This function is used to set the index m_index1 of point 1.

Parameters:

int a_index1

Definition at line 374 of file oProjectionLine.hh.

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public inline void oProjectionLine::SetIndex2 ( int a_index2 ) [inline]

This function is used to set the index m_index1 of point 2.

Parameters:

int a_index2

Definition at line 381 of file oProjectionLine.hh.

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public inline void oProjectionLine::SetLength ( FLTNB a_length ) [inline]

This function is used to set the length of the line.

Parameters:

FLTNB a_length

Definition at line 346 of file oProjectionLine.hh.

public inline void oProjectionLine::SetMatchedProjectors ( bool a_UseMatchedProjectors ) [inline]

This function is used to set the boolean that says if we use matched projectors.

Parameters:

bool	a_UseMatchedProjectors

Definition at line 402 of file oProjectionLine.hh.

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public inline void oProjectionLine::SetMultiplicativeCorrection ( FLTNB a_multiplicativeCorrection ) [inline]

This function is used to set the multiplicative correction to be applied during forward and backward projections.

Parameters:

FLTNB a_multiplicativeCorrection

Definition at line 458 of file oProjectionLine.hh.

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public inline void oProjectionLine::SetNbTOFBins ( int a_nbTOFBins ) [inline]

This function is used to set the number of TOF bins in use.

Parameters:

int	a_nbTOFBins

Definition at line 388 of file oProjectionLine.hh.

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public inline void oProjectionLine::SetPOI1 ( FLTNB * ap_POI1 ) [inline]

This function is used to set the POI of point 1.

Parameters:

FLTNB* ap_POI1

Definition at line 353 of file oProjectionLine.hh.

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public inline void oProjectionLine::SetPOI2 ( FLTNB * ap_POI2 ) [inline]

This function is used to set the POI of point 2.

Parameters:

FLTNB* ap_POI2

Definition at line 360 of file oProjectionLine.hh.

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public inline void oProjectionLine::SetPOIResolution ( FLTNB * ap_POIResolution ) [inline]

This function is used to set the POI resolution along the 3 axes.

Parameters:

FLTNB* ap_POIResolution

Definition at line 416 of file oProjectionLine.hh.

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public inline void oProjectionLine::SetThreadNumber ( int a_threadNumber ) [inline]

This function is used to set the thread number of this particular line.

Parameters:

int	a_threadNumber

Definition at line 451 of file oProjectionLine.hh.

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public inline void oProjectionLine::SetTOFMeasurement ( FLTNB a_TOFMeasurement ) [inline]

This function is used to set the TOF measurement associated to the line.

Parameters:

FLTNB a_TOFMeasurement

Definition at line 367 of file oProjectionLine.hh.

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public inline void oProjectionLine::SetTOFResolution ( FLTNB a_TOFResolution ) [inline]

This function is used to set the TOF resolution in use.

Parameters:

FLTNB a_TOFResolution

Definition at line 409 of file oProjectionLine.hh.

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public inline void oProjectionLine::SetVerbose ( int a_verbose ) [inline]

This function is used to set the verbose level.

Parameters:

int a_verbose

Definition at line 465 of file oProjectionLine.hh.

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Member Data Documentation

INTNB** oProjectionLine::m2p_allocatedNbVoxels [private]

Number of allocated voxels for each direction and each TOF bin

Definition at line 532 of file oProjectionLine.hh.

INTNB** oProjectionLine::m2p_currentNbVoxels [private]

Current number of voxels for each direction and each TOF bin

Definition at line 533 of file oProjectionLine.hh.

INTNB*** oProjectionLine::m3p_voxelIndices [private]

List of contributing voxel indices for each direction and each TOF bin

Definition at line 535 of file oProjectionLine.hh.

FLTNB*** oProjectionLine::m3p_voxelWeights [private]

List of contributing voxel weights for each direction and each TOF bin

Definition at line 537 of file oProjectionLine.hh.

bool oProjectionLine::m_checked [private]

Boolean that says if the parameters were checked or not

Definition at line 476 of file oProjectionLine.hh.

int oProjectionLine::m_computationStrategy [private]

Integer defining the computation/storage strategy of the contributing voxels

Definition at line 492 of file oProjectionLine.hh.

int oProjectionLine::m_currentTOFBin [private]

The current TOF bin in use, can be used for simple to calls to forward or backward projections

Definition at line 497 of file oProjectionLine.hh.

int oProjectionLine::m_index1 [private]

The current index of point 1 (associated to the vScanner in use)

Definition at line 514 of file oProjectionLine.hh.

int oProjectionLine::m_index2 [private]

The current index of point 2 (associated to the vScanner in use)

Definition at line 515 of file oProjectionLine.hh.

bool oProjectionLine::m_initialized [private]

Boolean that says if the manager was initialized or not

Definition at line 478 of file oProjectionLine.hh.

FLTNB oProjectionLine::m_length [private]

The current length of the line

Definition at line 503 of file oProjectionLine.hh.

FLTNB oProjectionLine::m_multiplicativeCorrection [private]

Multiplicative correction factor that will be applied during forward and backward projections

Definition at line 487 of file oProjectionLine.hh.

int oProjectionLine::m_nbTOFBins [private]

The number of TOF bins in use

Definition at line 494 of file oProjectionLine.hh.

int oProjectionLine::m_threadNumber [private]

Thread number associated to this projection line

Definition at line 485 of file oProjectionLine.hh.

FLTNB oProjectionLine::m_TOFMeasurement [private]

The current TOF measurement of the event

Definition at line 496 of file oProjectionLine.hh.

FLTNB oProjectionLine::m_TOFResolution [private]

The TOF resolution in use

Definition at line 495 of file oProjectionLine.hh.

bool oProjectionLine::m_UseMatchedProjectors [private]

Boolean that says if we use matched projectors (forward = backward)

Definition at line 519 of file oProjectionLine.hh.

int oProjectionLine::m_verbose [private]

The verbose level

Definition at line 474 of file oProjectionLine.hh.

vProjector* oProjectionLine::mp_BackwardProjector [private]

Pointer to the backward projector in use

Definition at line 521 of file oProjectionLine.hh.

FLTNB* oProjectionLine::mp_bufferOrientation1 [private]

A buffer for orientation of point 1 (used when compression)

Definition at line 511 of file oProjectionLine.hh.

FLTNB* oProjectionLine::mp_bufferOrientation2 [private]

A buffer for orientation of point 2 (used when compression)

Definition at line 512 of file oProjectionLine.hh.

FLTNB* oProjectionLine::mp_bufferPosition1 [private]

A buffer for position of point 1 (used when compression)

Definition at line 507 of file oProjectionLine.hh.

FLTNB* oProjectionLine::mp_bufferPosition2 [private]

A buffer for position of point 2 (used when compression)

Definition at line 508 of file oProjectionLine.hh.

vProjector* oProjectionLine::mp_ForwardProjector [private]

Pointer to the forward projector in use

Definition at line 520 of file oProjectionLine.hh.

oImageDimensionsAndQuantification* oProjectionLine::mp_ImageDimensionsAndQuantification [private]

Pointer to the oImageDimensionsAndQuantification object in use

Definition at line 490 of file oProjectionLine.hh.

FLTNB* oProjectionLine::mp_orientation1 [private]

The current orientation of point 1 (along the 3 axes)

Definition at line 509 of file oProjectionLine.hh.

FLTNB* oProjectionLine::mp_orientation2 [private]

The current orientation of point 2 (along the 3 axes)

Definition at line 510 of file oProjectionLine.hh.

FLTNB* oProjectionLine::mp_POI1 [private]

The current POI of point 1 of the event (along the 3 axes)

Definition at line 499 of file oProjectionLine.hh.

FLTNB* oProjectionLine::mp_POI2 [private]

The current POI of point 2 of the event (along the 3 axes)

Definition at line 500 of file oProjectionLine.hh.

FLTNB* oProjectionLine::mp_POIResolution [private]

The POI resolution in use (along the 3 axes)

Definition at line 501 of file oProjectionLine.hh.

FLTNB* oProjectionLine::mp_position1 [private]

The current position of point 1 (along the 3 axes)

Definition at line 505 of file oProjectionLine.hh.

FLTNB* oProjectionLine::mp_position2 [private]

The current position of point 2 (along the 3 axes)

Definition at line 506 of file oProjectionLine.hh.

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

Public Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation