mirtk::RegisteredImage Member List

This is the complete list of members for mirtk::RegisteredImage, including all inherited members.

_attrmirtk::BaseImageprotected
_bgmirtk::BaseImageprotected
_bgSetmirtk::BaseImageprotected
_datamirtk::GenericImage< double >protected
_dataOwnermirtk::GenericImage< double >protected
_maskmirtk::BaseImageprotected
_maskOwnermirtk::BaseImageprotected
_matI2Wmirtk::BaseImageprotected
_matrixmirtk::GenericImage< double >protected
_matW2Imirtk::BaseImageprotected
_NumberOfActiveLevelsmirtk::RegisteredImageprotected
_NumberOfPassiveLevelsmirtk::RegisteredImageprotected
_NumberOfVoxelsmirtk::BaseImageprotected
_Offsetmirtk::RegisteredImageprotected
A2P enum valuemirtk::BaseImage
AllocateImage(VoxelType *=NULL)mirtk::GenericImage< double >protected
Attributes() constmirtk::BaseImageinline
BaseImage()mirtk::BaseImageprotected
BaseImage(const ImageAttributes &, int=-1)mirtk::BaseImageprotected
BaseImage(const BaseImage &)mirtk::BaseImageprotected
BoundingBox(int &, int &, int &, int &) constmirtk::BaseImage
BoundingBox(int &, int &, int &, int &, int &, int &) constmirtk::BaseImage
BoundingBox(int &, int &, int &, int &, int &, int &, int &, int &) constmirtk::BaseImage
CenterOfForeground(Point &center) constmirtk::BaseImage
CenterOfForeground(Point &center, double padding) constmirtk::BaseImage
Channel enum namemirtk::RegisteredImage
Clear()mirtk::GenericImage< double >virtual
ClearBackgroundValue()mirtk::BaseImageinline
ClearMask(bool=false)mirtk::BaseImage
ComputeInputGradient(double sigma)mirtk::RegisteredImageprotected
ComputeInputHessian(double sigma)mirtk::RegisteredImageprotected
Copy() constmirtk::GenericImage< double >virtual
CopyFrom(const VoxelType *)mirtk::GenericImage< double >
CopyFrom(const BaseImage &)mirtk::GenericImage< double >
CopyFrom(const GenericImage &)mirtk::GenericImage< double >
CropPad(int margin=0)mirtk::GenericImage< double >
Data(int=0)mirtk::GenericImage< double >inline
Data(int, int, int=0, int=0)mirtk::GenericImage< double >inline
Data(int=0) constmirtk::GenericImage< double >inline
Data(int, int, int=0, int=0) constmirtk::GenericImage< double >inline
DisplacementImageType typedefmirtk::RegisteredImage
FlipXT(bool modify_origin=false)mirtk::GenericImage< double >virtual
FlipXY(bool modify_origin=false)mirtk::GenericImage< double >virtual
FlipXZ(bool modify_origin=false)mirtk::GenericImage< double >virtual
FlipYT(bool modify_origin=false)mirtk::GenericImage< double >virtual
FlipYZ(bool modify_origin=false)mirtk::GenericImage< double >virtual
FlipZT(bool modify_origin=false)mirtk::GenericImage< double >virtual
ForegroundDomain(int i1, int j1, int k1, int i2, int j2, int k2, bool orthogonal=true) constmirtk::BaseImage
ForegroundDomain(bool orthogonal=true) constmirtk::BaseImage
ForegroundDomain(double padding, bool orthogonal=true) constmirtk::BaseImage
GenericImage()mirtk::GenericImage< double >
GenericImage(const char *)mirtk::GenericImage< double >
GenericImage(int, int, int=1, int=1, VoxelType *data=NULL)mirtk::GenericImage< double >explicit
GenericImage(int, int, int, int, int, VoxelType *data=NULL)mirtk::GenericImage< double >explicit
GenericImage(const ImageAttributes &, VoxelType *data=NULL)mirtk::GenericImage< double >explicit
GenericImage(const ImageAttributes &, int, VoxelType *data=NULL)mirtk::GenericImage< double >explicit
GenericImage(const BaseImage &)mirtk::GenericImage< double >explicit
GenericImage(const GenericImage &)mirtk::GenericImage< double >
GenericImage(const GenericImage< TVoxel2 > &)mirtk::GenericImage< double >
Get(int) constmirtk::GenericImage< double >inline
Get(int, int, int=0, int=0) constmirtk::GenericImage< double >inline
GetAffineMatrix() constmirtk::BaseImageinline
GetAsDouble(int) constmirtk::GenericImage< double >inlinevirtual
GetAsDouble(int, int, int=0, int=0) constmirtk::GenericImage< double >inlinevirtual
GetAsVector(Vector &, int) constmirtk::GenericImage< double >inlinevirtual
GetAsVector(Vector &, int, int, int=0, int=0) constmirtk::GenericImage< double >inlinevirtual
GetAsVector(int) constmirtk::GenericImage< double >inlinevirtual
GetAsVector(int, int, int=0, int=0) constmirtk::GenericImage< double >inlinevirtual
GetAverage(int=1) constmirtk::GenericImage< double >
GetBackgroundValueAsDouble() constmirtk::BaseImageinline
GetDataPointer(int=0)mirtk::GenericImage< double >inlinevirtual
GetDataPointer(int=0) constmirtk::GenericImage< double >inlinevirtual
GetDataPointer(int, int, int=0, int=0)mirtk::GenericImage< double >inlinevirtual
GetDataPointer(int, int, int=0, int=0) constmirtk::GenericImage< double >inlinevirtual
GetDataType() constmirtk::GenericImage< double >inlinevirtual
GetDataTypeMax() constmirtk::GenericImage< double >inlinevirtual
GetDataTypeMin() constmirtk::GenericImage< double >inlinevirtual
GetDataTypeSize() constmirtk::GenericImage< double >inlinevirtual
GetFrame(int, int=-1) constmirtk::GenericImage< double >
GetFrame(GenericImage &, int, int=-1) constmirtk::GenericImage< double >
GetFrame(BaseImage *&, int, int=-1) constmirtk::GenericImage< double >virtual
GetImageAttributes() constmirtk::BaseImageinline
GetImageToWorldMatrix() constmirtk::BaseImageinline
GetInterpolationMode() constmirtk::RegisteredImage
GetMask(bool=false)mirtk::BaseImageinline
GetMask() constmirtk::BaseImageinline
GetMaxPosition(Point &, int=1, int=0) constmirtk::GenericImage< double >
GetMinMax(VoxelType &, VoxelType &) constmirtk::GenericImage< double >
GetMinMax(VoxelType &, VoxelType &, VoxelType) constmirtk::GenericImage< double >
GetMinMax(VoxelType *, VoxelType *) constmirtk::GenericImage< double >inline
GetMinMax(VoxelType *, VoxelType *, VoxelType) constmirtk::GenericImage< double >inline
GetMinMaxAsDouble(double &, double &) constmirtk::BaseImagevirtual
GetMinMaxAsDouble(double *, double *) constmirtk::BaseImageinline
GetMinMaxPad(VoxelType *, VoxelType *, VoxelType) constmirtk::GenericImage< double >inline
GetNumberOfVoxels() constmirtk::BaseImageinline
GetOrientation(double *, double *, double *=NULL) constmirtk::BaseImageinline
GetOrigin() constmirtk::BaseImageinline
GetOrigin(double &, double &, double &) constmirtk::BaseImageinline
GetOrigin(double &, double &, double &, double &) constmirtk::BaseImageinline
GetPixelSize(double &, double &) constmirtk::BaseImageinline
GetPixelSize(double &, double &, double &) constmirtk::BaseImageinline
GetPixelSize(double &, double &, double &, double &) constmirtk::BaseImageinline
GetPixelSize(double *, double *, double *) constmirtk::BaseImageinline
GetPixelSize(double *, double *, double *, double *) constmirtk::BaseImageinline
GetPointerToVoxels(int=0, int=0, int=0, int=0)mirtk::GenericImage< double >inline
GetPointerToVoxels(int=0, int=0, int=0, int=0) constmirtk::GenericImage< double >inline
GetRegion(int, int) constmirtk::GenericImage< double >
GetRegion(GenericImage &, int, int) constmirtk::GenericImage< double >
GetRegion(BaseImage *&, int, int) constmirtk::GenericImage< double >virtual
GetRegion(int, int, int, int, int, int) constmirtk::GenericImage< double >
GetRegion(GenericImage &, int, int, int, int, int, int) constmirtk::GenericImage< double >
GetRegion(BaseImage *&, int, int, int, int, int, int) constmirtk::GenericImage< double >virtual
GetRegion(int, int, int, int, int, int, int, int) constmirtk::GenericImage< double >
GetRegion(GenericImage &, int, int, int, int, int, int, int, int) constmirtk::GenericImage< double >
GetRegion(BaseImage *&, int, int, int, int, int, int, int, int) constmirtk::GenericImage< double >virtual
GetScalarPointer(int=0, int=0, int=0, int=0)mirtk::BaseImageinline
GetScalarPointer(int=0, int=0, int=0, int=0) constmirtk::BaseImageinline
GetScalarType() constmirtk::BaseImageinline
GetScalarTypeMax() constmirtk::BaseImageinline
GetScalarTypeMin() constmirtk::BaseImageinline
GetScalarTypeSize() constmirtk::BaseImageinline
GetSD(int=1) constmirtk::GenericImage< double >
GetT() constmirtk::BaseImageinline
GetTOrigin() constmirtk::BaseImageinline
GetTSize() constmirtk::BaseImageinline
GetWorldToImageMatrix() constmirtk::BaseImageinline
GetX() constmirtk::BaseImageinline
GetXSize() constmirtk::BaseImageinline
GetY() constmirtk::BaseImageinline
GetYSize() constmirtk::BaseImageinline
GetZ() constmirtk::BaseImageinline
GetZSize() constmirtk::BaseImageinline
GravityCenter(Point &, int=1, int=0) constmirtk::GenericImage< double >
HasBackground() constmirtk::BaseImageinline
HasBackgroundValue() constmirtk::BaseImageinline
HasMask() constmirtk::BaseImageinline
HasSpatialAttributesOf(const BaseImage *) constmirtk::BaseImageinline
I2S enum valuemirtk::BaseImage
ImageToTime(double) constmirtk::BaseImageinline
ImageToWorld(double &, double &) constmirtk::BaseImageinline
ImageToWorld(double &, double &, double &) constmirtk::BaseImageinline
ImageToWorld(Point &) constmirtk::BaseImageinline
ImageToWorld(Vector3 &) constmirtk::BaseImageinline
ImageToWorld(WorldCoordsImage &i2w, bool _3D=true) constmirtk::BaseImage
ImageToWorld(double *i2w, bool _3D=true) constmirtk::BaseImage
ImageToWorld(PointSet &) constmirtk::BaseImage
IndexToVoxel(int, int &, int &) constmirtk::BaseImageinline
IndexToVoxel(int, int &, int &, int &) constmirtk::BaseImageinline
IndexToVoxel(int, int &, int &, int &, int &) constmirtk::BaseImageinline
IndexToWorld(int, double &, double &) constmirtk::BaseImageinline
IndexToWorld(int, double &, double &, double &) constmirtk::BaseImageinline
IndexToWorld(int, Point &) constmirtk::BaseImageinline
IndexToWorld(int) constmirtk::BaseImageinline
Initialize(const ImageAttributes &, int=0)mirtk::RegisteredImagevirtual
GenericImage< double >::Initialize()mirtk::GenericImage< double >virtual
GenericImage< double >::Initialize(const ImageAttributes &, int, VoxelType *data)mirtk::GenericImage< double >virtual
GenericImage< double >::Initialize(const ImageAttributes &, VoxelType *data=NULL)mirtk::GenericImage< double >
GenericImage< double >::Initialize(int, int, int, int, int, VoxelType *data=NULL)mirtk::GenericImage< double >
GenericImage< double >::Initialize(int, int, int=1, int=1, VoxelType *data=NULL)mirtk::GenericImage< double >
InitializeMask(int t=-1, bool=false)mirtk::BaseImage
InputGradientType typedefmirtk::RegisteredImage
InputHessianType typedefmirtk::RegisteredImage
InputImageType typedefmirtk::RegisteredImage
IsBackground(int) constmirtk::BaseImageinline
IsBackground(int, int, int=0, int=0) constmirtk::BaseImageinline
IsBoundary(int) constmirtk::BaseImageinline
IsBoundary(int, int) constmirtk::BaseImageinline
IsBoundary(int, int, int) constmirtk::BaseImageinline
IsBoundary(int, int, int, int) constmirtk::BaseImageinline
IsBoundingBoxInsideForeground(int, int, int, int) constmirtk::BaseImageinline
IsBoundingBoxInsideForeground(int, int, int, int, int, int) constmirtk::BaseImageinline
IsBoundingBoxInsideForeground(int, int, int, int, int, int, int, int) constmirtk::BaseImageinline
IsEmpty() constmirtk::BaseImageinline
IsForeground(int) constmirtk::BaseImageinline
IsForeground(int, int, int=0, int=0) constmirtk::BaseImageinline
IsInFOV(double, double, double)mirtk::BaseImageinline
IsInside(int) constmirtk::BaseImageinline
IsInside(int, int) constmirtk::BaseImageinline
IsInside(int, int, int) constmirtk::BaseImageinline
IsInside(int, int, int, int) constmirtk::BaseImageinline
IsInsideForeground(int) constmirtk::BaseImageinline
IsInsideForeground(int, int, int=0, int=0) constmirtk::BaseImageinline
IsNextToBackground(int) constmirtk::BaseImageinline
IsNextToBackground(int, int, int=0, int=0) constmirtk::BaseImageinline
IsNextToForeground(int) constmirtk::BaseImageinline
IsNextToForeground(int, int, int=0, int=0) constmirtk::BaseImageinline
IsOutside(int) constmirtk::BaseImageinline
IsOutside(int, int) constmirtk::BaseImageinline
IsOutside(int, int, int) constmirtk::BaseImageinline
IsOutside(int, int, int, int) constmirtk::BaseImageinline
IsOutsideForeground(int) constmirtk::BaseImageinline
IsOutsideForeground(int, int, int=0, int=0) constmirtk::BaseImageinline
L2R enum valuemirtk::BaseImage
Mean(bool fg=true) constmirtk::GenericImage< double >
mirtkComponentMacro(DisplacementImageType, FixedDisplacement)mirtk::RegisteredImage
mirtkComponentMacro(DisplacementImageType, Displacement)mirtk::RegisteredImage
mirtkPublicAggregateMacro(InputImageType, InputImage)mirtk::RegisteredImage
mirtkPublicAggregateMacro(const class Transformation, Transformation)mirtk::RegisteredImage
mirtkPublicAggregateMacro(WorldCoordsImage, WorldCoordinates)mirtk::RegisteredImage
mirtkPublicAggregateMacro(DisplacementImageType, ExternalDisplacement)mirtk::RegisteredImage
mirtkPublicAttributeMacro(enum InterpolationMode, InterpolationMode)mirtk::RegisteredImage
mirtkPublicAttributeMacro(enum ExtrapolationMode, ExtrapolationMode)mirtk::RegisteredImage
mirtkPublicAttributeMacro(bool, CacheWorldCoordinates)mirtk::RegisteredImage
mirtkPublicAttributeMacro(bool, CacheFixedDisplacement)mirtk::RegisteredImage
mirtkPublicAttributeMacro(bool, CacheDisplacement)mirtk::RegisteredImage
mirtkPublicAttributeMacro(bool, SelfUpdate)mirtk::RegisteredImage
mirtkPublicAttributeMacro(double, MinIntensity)mirtk::RegisteredImage
mirtkPublicAttributeMacro(double, MaxIntensity)mirtk::RegisteredImage
mirtkPublicAttributeMacro(double, GradientSigma)mirtk::RegisteredImage
mirtkPublicAttributeMacro(double, HessianSigma)mirtk::RegisteredImage
mirtkPublicAttributeMacro(bool, PrecomputeDerivatives)mirtk::RegisteredImage
mirtkPublicAttributeMacro(int, MaxGradientPercentile)mirtk::RegisteredImage
mirtkPublicAttributeMacro(double, MaxGradientMagnitude)mirtk::RegisteredImage
mirtkPublicComponentMacro(InputGradientType, InputGradient)mirtk::RegisteredImage
mirtkPublicComponentMacro(InputHessianType, InputHessian)mirtk::RegisteredImage
mirtkPublicComponentMacro(WorldCoordsImage, ImageToWorld)mirtk::RegisteredImage
mirtkReadOnlyAttributeMacro(double, MinInputIntensity)mirtk::RegisteredImage
mirtkReadOnlyAttributeMacro(double, MaxInputIntensity)mirtk::RegisteredImage
N() constmirtk::GenericImage< double >inlinevirtual
NameOfClass() const =0mirtk::Objectpure virtual
NameOfType()mirtk::Objectinlinestatic
New(const char *)mirtk::BaseImagestatic
New(const BaseImage *)mirtk::BaseImagestatic
New(int)mirtk::BaseImagestatic
NumberOfChannels() constmirtk::RegisteredImageinline
NumberOfSpatialVoxels() constmirtk::BaseImageinline
NumberOfVoxels() constmirtk::RegisteredImageinline
Offset(int) constmirtk::RegisteredImageinline
operator bool() constmirtk::GenericImage< double >
operator!=(VoxelType) constmirtk::GenericImage< double >
operator()(int)mirtk::GenericImage< double >inline
operator()(int) constmirtk::GenericImage< double >inline
operator()(int, int, int=0, int=0)mirtk::GenericImage< double >inline
operator()(int, int, int=0, int=0) constmirtk::GenericImage< double >inline
operator*(const GenericImage &) constmirtk::GenericImage< double >
operator*(double) constmirtk::GenericImage< double >
operator*=(const GenericImage &)mirtk::GenericImage< double >
operator*=(double)mirtk::GenericImage< double >
operator+(const GenericImage &) constmirtk::GenericImage< double >
operator+(double) constmirtk::GenericImage< double >
operator+=(const GenericImage &)mirtk::GenericImage< double >
operator+=(double)mirtk::GenericImage< double >
operator-(const GenericImage &) constmirtk::GenericImage< double >
operator-(double) constmirtk::GenericImage< double >
operator-=(const GenericImage &)mirtk::GenericImage< double >
operator-=(double)mirtk::GenericImage< double >
operator/(const GenericImage &) constmirtk::GenericImage< double >
operator/(double) constmirtk::GenericImage< double >
operator/=(const GenericImage &)mirtk::GenericImage< double >
operator/=(double)mirtk::GenericImage< double >
operator<(VoxelType) constmirtk::GenericImage< double >
operator<=(VoxelType)mirtk::GenericImage< double >
operator=(const RegisteredImage &)mirtk::RegisteredImage
GenericImage< double >::operator=(VoxelType)mirtk::GenericImage< double >
GenericImage< double >::operator=(const BaseImage &)mirtk::GenericImage< double >
GenericImage< double >::operator=(const GenericImage &)mirtk::GenericImage< double >
GenericImage< double >::operator=(const GenericImage< TVoxel2 > &)mirtk::GenericImage< double >
operator==(const GenericImage< TVoxel2 > &) constmirtk::GenericImage< double >
operator>(VoxelType) constmirtk::GenericImage< double >
operator>=(VoxelType)mirtk::GenericImage< double >
Orientation(OrientationCode &, OrientationCode &, OrientationCode &) constmirtk::BaseImage
OrientationCode enum namemirtk::BaseImage
OwnsMask() constmirtk::BaseImageinline
P2A enum valuemirtk::BaseImage
Parameter() constmirtk::Objectinlinevirtual
Parameter(const ParameterList &)mirtk::Objectinline
Print(Indent=0) constmirtk::BaseImagevirtual
Put(int, VoxelType)mirtk::GenericImage< double >inline
Put(int, int, VoxelType)mirtk::GenericImage< double >inline
Put(int, int, int, VoxelType)mirtk::GenericImage< double >inline
Put(int, int, int, int, VoxelType)mirtk::GenericImage< double >inline
PutAffineMatrix(const Matrix &, bool=false)mirtk::BaseImageinline
PutAsDouble(int, double)mirtk::GenericImage< double >inlinevirtual
PutAsDouble(int, int, double)mirtk::GenericImage< double >inlinevirtual
PutAsDouble(int, int, int, double)mirtk::GenericImage< double >inlinevirtual
PutAsDouble(int, int, int, int, double)mirtk::GenericImage< double >inlinevirtual
PutAsVector(int, const Vector &)mirtk::GenericImage< double >inlinevirtual
PutAsVector(int, int, const Vector &)mirtk::GenericImage< double >inlinevirtual
PutAsVector(int, int, int, const Vector &)mirtk::GenericImage< double >inlinevirtual
PutAsVector(int, int, int, int, const Vector &)mirtk::GenericImage< double >inlinevirtual
PutAttributes(const ImageAttributes &)mirtk::BaseImageprotected
PutBackgroundValueAsDouble(double, bool)mirtk::GenericImage< double >virtual
mirtk::BaseImage::PutBackgroundValueAsDouble(double)mirtk::BaseImageinline
PutMask(BinaryImage *, bool=false)mirtk::BaseImage
PutMinMax(VoxelType, VoxelType)mirtk::GenericImage< double >
PutMinMaxAsDouble(double, double)mirtk::BaseImagevirtual
PutOrientation(double *, double *, double *=NULL)mirtk::BaseImageinline
PutOrigin(const Point &)mirtk::BaseImageinline
PutOrigin(double, double, double)mirtk::BaseImageinline
PutOrigin(double, double, double, double)mirtk::BaseImageinline
PutPixelSize(double, double, double)mirtk::BaseImageinline
PutPixelSize(double, double, double, double)mirtk::BaseImageinline
PutTOrigin(double)mirtk::BaseImageinline
PutTSize(double)mirtk::BaseImageinline
R2L enum valuemirtk::BaseImage
Read(const char *)mirtk::GenericImage< double >virtual
RealScalarType typedefmirtk::GenericImage< double >
RealType typedefmirtk::GenericImage< double >
Recompute(const blocked_range3d< int > &region)mirtk::RegisteredImage
Recompute()mirtk::RegisteredImage
ReflectT(bool modify_axes=false)mirtk::GenericImage< double >virtual
ReflectX(bool modify_axes=false)mirtk::GenericImage< double >virtual
ReflectY(bool modify_axes=false)mirtk::GenericImage< double >virtual
ReflectZ(bool modify_axes=false)mirtk::GenericImage< double >virtual
RegisteredImage()mirtk::RegisteredImage
RegisteredImage(const RegisteredImage &)mirtk::RegisteredImage
ResetAffineMatrix()mirtk::BaseImageinline
ResetBackgroundValueAsDouble(double)mirtk::BaseImage
S2I enum valuemirtk::BaseImage
ScalarType typedefmirtk::GenericImage< double >
Set(const char *name, const char *value)mirtk::Objectinlinevirtual
SwapXT(bool modify_axes=true)mirtk::GenericImage< double >virtual
SwapXY(bool modify_axes=true)mirtk::GenericImage< double >virtual
SwapXZ(bool modify_axes=true)mirtk::GenericImage< double >virtual
SwapYT(bool modify_axes=true)mirtk::GenericImage< double >virtual
SwapYZ(bool modify_axes=true)mirtk::GenericImage< double >virtual
SwapZT(bool modify_axes=true)mirtk::GenericImage< double >virtual
T() constmirtk::BaseImageinline
Throw(ErrorType err, const char *func, Args... args) constmirtk::Objectprotected
ThrowStatic(ErrorType err, const char *cls, const char *func, Args... args)mirtk::Objectprotectedstatic
TimeToImage(double) constmirtk::BaseImageinline
TSize() constmirtk::BaseImageinline
Update(const blocked_range3d< int > &region, bool intensity=true, bool gradient=false, bool hessian=false, bool force=false)mirtk::RegisteredImage
Update(const blocked_range3d< int > &region, const DisplacementImageType *disp, bool intensity=true, bool gradient=false, bool hessian=false)mirtk::RegisteredImage
Update(bool intensity=true, bool gradient=false, bool hessian=false, bool force=false)mirtk::RegisteredImage
UpdateMatrix()mirtk::BaseImageprotected
VoxelToIndex(int, int, int=0, int=0) constmirtk::BaseImageinline
VoxelType typedefmirtk::GenericImage< double >
WorldToImage(double &, double &) constmirtk::BaseImageinline
WorldToImage(double &, double &, double &) constmirtk::BaseImageinline
WorldToImage(Point &) constmirtk::BaseImageinline
WorldToImage(Vector3 &) constmirtk::BaseImageinline
Write(const char *) constmirtk::GenericImage< double >virtual
X() constmirtk::BaseImageinline
XSize() constmirtk::BaseImageinline
Y() constmirtk::BaseImageinline
YSize() constmirtk::BaseImageinline
Z() constmirtk::BaseImageinline
ZSize() constmirtk::BaseImageinline
~BaseImage()mirtk::BaseImagevirtual
~GenericImage()mirtk::GenericImage< double >
~Object()mirtk::Objectinlinevirtual
~RegisteredImage()mirtk::RegisteredImage
© 2013-2018 Imperial College London, Andreas Schuh.