mitkCTReconstructionFilter Class Reference

mitkCTReconstructionFilter - abstract class for forward construction More...

#include <mitkCTReconstructionFilter.h>

Inherits mitkRawDataToVolumeFilter.

Inherited by mitkConeBeamReconFromHelix, mitkFanBeamReconFromCirle, and mitkParallelBeamReconFromCirle.

Inheritance diagram for mitkCTReconstructionFilter:

[legend]Collaboration diagram for mitkCTReconstructionFilter:

[legend]List of all members.

Public Member Functions
virtual void	PrintSelf (ostream &os)
void	SetBeginAngle (double angle)
double	GetBeginAngle () const
void	SetEndAngle (double angle)
double	GetEndAngle () const
void	SetInterpolationModel (int m)
int	GetInterpolationModel ()
void	SetInput (mitkCTProjectionData *inData)
mitkCTProjectionData *	GetInput ()
mitkVolume *	GetOutput ()
void	SetOutput (mitkVolume *m)
void	SetIsLogOperation (bool m)
bool	GetIsLogOperation ()
void	SetEmptyScanImage (mitkVolume *m)
mitkVolume *	GetEmptyScanImage ()

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Detailed Description

mitkCTReconstructionFilter - abstract class for forward construction

mitkCTReconstructionFilter - abstract class for forward construction

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Member Function Documentation

double mitkCTReconstructionFilter::GetBeginAngle (   )  const [inline]

get beginning rotate angle which is the angle between detector and +x axis. unit are degree

mitkVolume* mitkCTReconstructionFilter::GetEmptyScanImage (   )  [inline]

Get empty scan image usefull when isLogOperation is false

double mitkCTReconstructionFilter::GetEndAngle (   )  const [inline]

get end rotate angle which is the angle between detector and +x axis. unit are degree

mitkCTProjectionData* mitkCTReconstructionFilter::GetInput (   )  [inline]

Get the input ProjectData Returns: Return the input ProjectData

int mitkCTReconstructionFilter::GetInterpolationModel (   )  [inline]

Get the interpolation model

bool mitkCTReconstructionFilter::GetIsLogOperation (   )  [inline]

Get whether log operation is done Returns: Return the output volume

mitkVolume* mitkCTReconstructionFilter::GetOutput (   )  [virtual]

Get the output volume Returns: Return the output volume Implements mitkRawDataToVolumeFilter.

virtual void mitkCTReconstructionFilter::PrintSelf (  ostream &  os  )  [virtual]

Print the necessary information about this object for the debugging purpose. Parameters: os  The specified ostream to output information. Reimplemented from mitkRawDataToVolumeFilter. Reimplemented in mitkCBFDKReconCF, mitkCBFDKReconCFCPU, mitkCBTFDKReconCF, mitkConeBeamReconFromHelix, mitkFanBeamReconFromCirle, mitkFBFBPReconCF, mitkFBFBPReconCFCPU, mitkParallelBeamReconFromCirle, mitkPBFBPReconCF, mitkCBFDKReconCFGPU, and mitkFBFBPReconCFGPU.

void mitkCTReconstructionFilter::SetBeginAngle (  double  angle  )  [inline]

Set beginning rotate angle which is the angle between detector and +x axis. unit must be degree

void mitkCTReconstructionFilter::SetEmptyScanImage (  mitkVolume *  m  )  [inline]

Set empty scan image usefull when isLogOperation is false

void mitkCTReconstructionFilter::SetEndAngle (  double  angle  )  [inline]

Set end rotate angle which is the angle between detector and +x axis. unit must be degree

void mitkCTReconstructionFilter::SetInput (  mitkCTProjectionData *  inData  )  [inline]

Set the input ProjectData Parameters: inData  Specify the input ProjectData

void mitkCTReconstructionFilter::SetInterpolationModel (  int  m  )  [inline]

Set the interpolation model

void mitkCTReconstructionFilter::SetIsLogOperation (  bool  m  )  [inline]

Set whether log operation is done Returns: Return the output volume

void mitkCTReconstructionFilter::SetOutput (  mitkVolume *  m  )  [inline]

Set the output volume

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

• mitkCTReconstructionFilter.h

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