Transformation.hxx File Reference

#include <ImLib3D/Interpolator3D.hpp>
#include <ImLib3D/SplineInterpolation.hpp>
#include <ImLib3D/TestPatterns.hpp>
#include <ImLib3D/Interpolator3D.hxx>

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Namespaces
namespace	IP3D
Functions
template<>
void	TransformWithInverseField< Mask3D > (const Mask3D &imOrig, const Field3Df &field, Mask3D &_imRes)
	Transforming a mask is more complex than for a normal image.
template<class ImageType>
void	IP3D::TransformWithInverseField (const ImageType &src, const Field3Df &field, ImageType &_res)
	Use this function to resample an image (backward transform).
template<class ImageType>
void	IP3D::TransformAffine (const ImageType &src, const Affine3DTransform &transfo, ImageType &_res, const Size3D *resSize)
	Perform an affine transformation on an image.

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Detailed Description

Definition in file Transformation.hxx.

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Function Documentation

template<> void IP3D::TransformWithInverseField< Mask3D > (  const Mask3D &  src, const Field3Df &  field, Mask3D &  res0 )

Transforming a mask is more complex than for a normal image. Each value has to be considered as a distinct labe, and normal interpolation is meaningless (it would mix labels!). Here we solve the problem by independently transforming each label value, and then recomposing a final result mask by voting use label=0 as default

template<class ImageType> void IP3D::TransformWithInverseField (  const ImageType &  src, const Field3Df &  field, ImageType &  _res )

Use this function to resample an image (backward transform). Use this function to resample an image imOrig at new positions as defined by field. WARNING: the field defines a backward transform ie.: res(P)=src(P+field(P)) this might seem unatural at first, but is the best method for using a field transform. for int images, use temporrary float images (otherwise interpolation sucks) Definition at line 42 of file Transformation.hxx. References ImageProcessorArgs< ImageType >::GetDest(), Image3D::Mask(), ImageProcessorArgs< ImageType >::SetDestSize(), Image3D::Size(), IP3D::TransformWithInverseField(), Vect3D< Value, Real >::x, Vect3D< Value, Real >::y, and Vect3D< Value, Real >::z.

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