1D Convolution with cunning boundary options More...

#include <algorithm>
#include <cstring>
#include <iostream>
#include <cassert>
#include <vil/vil_image_view.h>
#include <vil/vil_image_resource.h>
#include <vil/vil_property.h>
#include <vil/algo/vil_convolve_1d.h>

Classes
class	vil_correlate_1d_resource< kernelT, accumT, destT >
	A resource adaptor that behaves like a correlated version of its input. More...

Macros
#define	macro(F, T)

Functions
template<class srcT , class destT , class kernelT , class accumT >
void	vil_correlate_1d (const srcT src0, unsigned nx, std::ptrdiff_t s_step, destT dest0, std::ptrdiff_t d_step, const kernelT *kernel, std::ptrdiff_t k_lo, std::ptrdiff_t k_hi, accumT ac, vil_convolve_boundary_option start_option, vil_convolve_boundary_option end_option)
	Correlate kernel[x] (x in [k_lo,k_hi]) with srcT. More...

template<class srcT , class destT , class kernelT , class accumT >
void	vil_correlate_1d (const vil_image_view< srcT > &src_im, vil_image_view< destT > &dest_im, const kernelT *kernel, std::ptrdiff_t k_lo, std::ptrdiff_t k_hi, accumT ac, vil_convolve_boundary_option start_option, vil_convolve_boundary_option end_option)
	correlate kernel[i] (i in [k_lo,k_hi]) with srcT in i-direction. More...

template<class destT , class kernelT , class accumT >
vil_image_resource_sptr	vil_correlate_1d (const vil_image_resource_sptr &src_im, const destT, const kernelT *kernel, std::ptrdiff_t k_lo, std::ptrdiff_t k_hi, const accumT, vil_convolve_boundary_option start_option, vil_convolve_boundary_option end_option)
	Create an image_resource object which correlate kernel[x] x in [k_lo,k_hi] with srcT. More...

Detailed Description

1D Convolution with cunning boundary options

Author: Tim Cootes (based on work by fsm)

Definition in file vil_correlate_1d.h.

Macro Definition Documentation

◆ macro

#define macro	(	F,
		T
	)

Value:

case F : \
        vil_correlate_1d(static_cast<vil_image_view<T >&>(*vs),dest, \
                         kernel_, klo_, khi_, accumT(), start_option_, end_option_); \
        return new vil_image_view<destT>(vil_crop(dest, lboundary, ni, 0, nj));

Function Documentation

◆ vil_correlate_1d() [1/3]

template<class srcT , class destT , class kernelT , class accumT >

void vil_correlate_1d	(	const srcT *	src0,
		unsigned	nx,
		std::ptrdiff_t	s_step,
		destT *	dest0,
		std::ptrdiff_t	d_step,
		const kernelT *	kernel,
		std::ptrdiff_t	k_lo,
		std::ptrdiff_t	k_hi,
		accumT	ac,
		vil_convolve_boundary_option	start_option,
		vil_convolve_boundary_option	end_option
	)

inline

Correlate kernel[x] (x in [k_lo,k_hi]) with srcT.

Assumes dest and src same size (nx)

Definition at line 24 of file vil_correlate_1d.h.

◆ vil_correlate_1d() [2/3]

template<class srcT , class destT , class kernelT , class accumT >

void vil_correlate_1d	(	const vil_image_view< srcT > &	src_im,
		vil_image_view< destT > &	dest_im,
		const kernelT *	kernel,
		std::ptrdiff_t	k_lo,
		std::ptrdiff_t	k_hi,
		accumT	ac,
		vil_convolve_boundary_option	start_option,
		vil_convolve_boundary_option	end_option
	)

inline

correlate kernel[i] (i in [k_lo,k_hi]) with srcT in i-direction.

On exit dest_im(i,j) = sum src(i+x,j)*kernel(x) (x=k_lo..k_hi)

Note: This function does not reverse the kernel. If you want the kernel reversed, use vil_convolve_1d instead.

Parameters

kernel	should point to tap 0.
dest_im	will be resized to size of src_im.

Definition at line 62 of file vil_correlate_1d.h.

◆ vil_correlate_1d() [3/3]

template<class destT , class kernelT , class accumT >

vil_image_resource_sptr vil_correlate_1d	(	const vil_image_resource_sptr &	src_im,
		const destT	dt,
		const kernelT *	kernel,
		std::ptrdiff_t	k_lo,
		std::ptrdiff_t	k_hi,
		const accumT	ac,
		vil_convolve_boundary_option	start_option,
		vil_convolve_boundary_option	end_option
	)

Create an image_resource object which correlate kernel[x] x in [k_lo,k_hi] with srcT.

Note: This function does not reverse the kernel. If you want the kernel reversed, use vil_convolve_1d instead.

Parameters

kernel should point to tap 0.

Definition at line 218 of file vil_correlate_1d.h.

Classes

Macros