imageTransforms.hpp File Reference

Image interpolation and transformation. More...

Image interpolation and transformation.

Author

Jared R. Males

Definition in file imageTransforms.hpp.

#include <cstddef>
#include <cmath>
#include <iostream>
#include <limits>
#include "eigenImage.hpp"

Go to the source code of this file.

Classes
struct	mx::improc::bilinearTransform< _arithT >
	Transformation by bi-linear interpolation. More...
struct	mx::improc::cubicConvolTransform< _arithT >
	Transformation by cubic convolution interpolation. More...

Namespaces
namespace	mx
	The mxlib c++ namespace.

Typedefs
typedef bilinearTransform< float >	mx::improc::bilinearTransf
	Typedef for bilinearTransform with single precision.
typedef bilinearTransform< double >	mx::improc::bilinearTransd
	Typedef for bilinearTransform with double precision.
typedef cubicConvolTransform< float >	mx::improc::cubicConvolTransf
	Typedef for cubicConvolTransform with single precision.
typedef cubicConvolTransform< double >	mx::improc::cubicConvolTransd
	Typedef for cubicConvolTransform with double precision.

Functions
template<typename transformT, typename arrT, typename arrT2, typename floatT>
void	mx::improc::imageRotate (arrT &transim, const arrT2 &im, floatT dq, transformT trans)
	Rotate an image represented as an eigen array.
template<typename outputArrT, typename inputArrT>
void	mx::improc::imageShiftWP (outputArrT &out, inputArrT &in, int dx, int dy, bool wrap=true)
	Shift an image by whole pixels with (optional) wrapping.
template<typename outputArrT, typename inputArrT, typename scaleArrT>
void	mx::improc::imageShiftWPScale (outputArrT &out, inputArrT &in, scaleArrT &scale, int dx, int dy)
	Shift an image by whole pixels, wrapping around, with a scaling image applied to the shifted image.
template<typename arrOutT, typename arrInT, typename floatT1, typename floatT2, typename transformT>
void	mx::improc::imageShift (arrOutT &transim, const arrInT &im, floatT1 dx, floatT2 dy, transformT trans)
	Shift an image.
template<typename arrOutT, typename arrInT, typename transformT>
void	mx::improc::imageMagnify (arrOutT &transim, const arrInT &im, transformT trans)
	Magnify an image.
template<typename arrOutT, typename arrInT>
void	mx::improc::imageMagnify (arrOutT &transim, const arrInT &im)
	Magnify an image with the cubic convolution interpolator.
template<typename imageOutT, typename imageInT>
int	mx::improc::imageRebinSum (imageOutT &imout, const imageInT &imin, bool mean=false)
	Re-bin an image using the sum, reducing its size while conserving the total flux.
template<typename imageOutT, typename imageInT>
int	mx::improc::imageRebinSum (imageOutT &imout, int &xMax, int &yMax, typename imageOutT::Scalar &pMax, const imageInT &imin, bool mean=false)
template<typename imageOutT, typename imageInT>
int	mx::improc::imageRebinMean (imageOutT &imout, const imageInT &imin)
	Re-bin an image using the mean.
template<typename imageOutT, typename imageInT>
int	mx::improc::imageRebinMean (imageOutT &imout, int &xMax, int &yMax, typename imageOutT::Scalar &pMax, const imageInT &imin, bool mean=false)
	Re-bin an image using the mean. Records the value and position of the re-binned max pixel.
template<typename imageOutT, typename imageInT>
int	mx::improc::imageRebinMeanReject (imageOutT &imout, const imageInT &imin)
	Re-bin an image, takes the mean with a min/max rejection.
template<typename imageOutT, typename imageInT>
int	mx::improc::imageRebinMeanReject (imageOutT &imout, int &xMax, int &yMax, typename imageOutT::Scalar &pMax, const imageInT &imin)
template<typename imageOutT, typename imageInT>
void	mx::improc::imageDownSample (imageOutT &imout, const imageInT &imin)
	Down-sample an image, reducing its size while conserving the total flux.