imageArith.h File Reference

#include <limits>
#include <boost/type_traits.hpp>
#include "til/til_common.h"
#include "til/imageIterator.h"
#include "til/imageTools.h"
#include "til/labels.h"

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Classes
class	til::Add

Namespaces
	til
	Belongs to package Box Do not include directly, include til/Box.h instead.
	til::detail
	Multiply an image with another object.
	til::functor

Functions
template<class TImage >
void	til::set (TImage &im, typename TImage::value_type value)
template<class TImage >
void	til::neg (TImage &im)
template<class TImage1 , class TImage2 >
void	til::detail::mul_ii (TImage1 &im1, const TImage2 &im2)
template<class TImage1 , class TImage2 >
enable_if_c< is_Image< TImage1 >::value &&is_Image< TImage2 >::value >::type	til::mul (TImage1 &im1, const TImage2 &im2)
	Multiply two images point-wise. More...
template<class TImage , typename TMultiplier >
void	til::detail::mul_iv (TImage &im, const TMultiplier &constant)
template<class TImage , typename TMultiplier >
disable_if_c< is_Image< TMultiplier >::value||!boost::is_same< typename precision< TImage >::type, typename precision< TMultiplier >::type >::value >::type	til::mul (TImage &im, const TMultiplier &constant)
	Multiply an image with a constant. More...
template<class TImage >
void	til::div (TImage &im1, const TImage &im2)
template<class TImage >
void	til::div (TImage &im, typename TImage::value_type scalar)
template<class TImage1 , class TImage2 >
enable_if_c< is_Image< TImage1 >::value &&is_Image< TImage2 >::value >::type	til::sub (TImage1 &im1, const TImage2 &im2)
template<class TImage , typename T >
enable_if_c< is_Image< TImage >::value &&!is_Image< T >::value >::type	til::sub (TImage &im, T scalar)
template<class TImage1 , class TImage2 >
enable_if_c< is_Image< TImage1 >::value &&is_Image< TImage2 >::value >::type	til::add (TImage1 &im1, const TImage2 &im2)
template<class TImage , typename T >
enable_if_c< is_Image< TImage >::value &&!is_Image< T >::value >::type	til::add (TImage &im, T scalar)
template<class TImage >
void	til::square (const TImage &in, TImage &out)
template<class TImage >
void	til::sqrt (const TImage &in, TImage &out)