matlab abel变换图片处理

1、内容简介

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2、内容说明

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3、仿真分析

clear
test = 1; % 1 for gaussian wave object, 2 for solid cylinder object

Nz = 100;
Ny = 100;
z = linspace(-1, 1, Nz);
y = linspace(0, 1, Ny);
[Z,Y] = meshgrid(z,y);

if (test == 1)
    F = exp(-Y.*Y/2/0.2^2);
elseif (test == 2)
    F = 2 * real(sqrt(0.3^2 - Y.*Y));
end

tic;
[zeta, r, f] = mod_abel_inversion_3_pts(z, y, F);
toc;

subplot(2,3,1:2);
imagesc(z, y, F);
title('Original image');

subplot(2,3,4:5);
imagesc(zeta, r, f);
title('Abel inverted image');

subplot(2,3,3);
plot(y, F(:,1), 'LineWidth', 2);
title('Lineout of the original image');

subplot(2,3,6);

plot(r, f(:,1), 'LineWidth', 2);

title('Lineout of the result');

 

clear
 clc
 close all
 importfile('sum100.tif')
 z = 1:length(sum100);
 y = z;
 aa = double(sum100);
 tic;
 [zeta, r, f] = mod_abel_inversion_3_pts(z, y, aa);
 toc;subplot(2,3,1:2);
 imagesc(z, y, aa);
 title('Original image');subplot(2,3,4:5);
 imagesc(zeta, r, f);
 title('Abel inverted image');subplot(2,3,3);
 plot(y, aa(:,1), 'LineWidth', 2);
 title('Lineout of the original image');subplot(2,3,6);
 plot(r, f(:,1), 'LineWidth', 2);
 title('Lineout of the result');4、参考论文

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