Positive and negative identification of RMB
no vote
CLC, clear, close all;% give F and FF the same size, F1 = imresize (imread ('5. JPG '), [200, 400]); F2 = imresize (imread ('5f. JPG'), [200, 400]); subplot (5,5,1), imshow (F1); subplot (5,5,2), imshow (F2); & nbsp; for n = 1:2; & nbsp; & nbsp;% change from int type to STR type & nbsp; & nbsp; H = strcat ('f ', int2str (n)); & nbsp; & nbsp; HH = Eval (H); & nbsp; & nbsp; & nbsp; & nbsp; for n = 1:2; & nbsp; & nbsp; & nbsp; change from int type to STR type & nbsp; And then, it is the case of RGB (Hh) which is one of the most popular (Hh); & nbsp; & nbsp; & nbsp; & nbsp; & nbsp; and & nbsp; & nbsp; and & nbsp; the & nbsp; and & nbsp; the & nbsp; mean & nbsp; and & nbsp; and & nbsp; & nbsp; the & nbsp; mean & nbsp; and & nbsp; the & nbsp; mean & nbsp; and & nbsp; & nbsp; the & nbsp; nbsp; figure, imshow (DD);% f becomes a gray image, a grayscale, a% image, a grayscale, a% image, a grayscale, a segmentation, a segmentation, a nine part [h, w] = nine parts [h, w] = 9 [H (h, w] = 9 [H (h, w] = 1: round (H / 3 / 3); 1: round (H (H (H / 3 / 3 / 3); round (H (H (h * 2 / 2 / 2 / 3 / 3 / 3 / 3); H (H (2 / 3 / 3) and so the results show that: 1) SS2 = DD (H2, W1); SS3 = DD (H3, W1); SS4 = DD (H1, W1); SS2 = DD (H2, W1); SS3 = DD (H3, W1); SS4 = DD (H1, W1), W2); SS5 = DD (H2, W2); SS6 = DD (H3, W2); SS7 = DD (H1, W3); SS8 = DD (H2, W3); SS9 = DD (H3, W3);% give m a matrix of 9 zeros, M = zeros (9,1); for I = 1:9 & nbsp; & nbsp;% change from int type to STR type & nbsp; & nbsp; s = strcat ('ss', int2str (I)); & nbsp; & nbsp;% variable