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#ifndef __GLIB_H__ #define __GLIB_H__ #define RGB(r,g,b) (U32)( (r

#ifndef JCONFIG_H #define JCONFIG_H #define IMAGE_WIDTH 320 #define IMAGE_HEIGHT 240 #define VIDEO_PALETTE_RAW_JPEG 20 #define VIDEO_PALETTE_JPEG 21 #define SWAP_RGB 1 int bpp; /* our own ioctl *

function nframe=eyematch(frame,thresh,template); [face_a,skin_region]=face(frame); im1 = double(rgb2gray(face_a)); img=im1-mean(mean(im1)); template=template-mean(mean(template)); C=normxco

im = imread('iris.png'); img = rgb2gray(im); imbw= im2bw(img ,0.5); imbwo = bwareaopen(imbw,3000); %imshow(imbw); %subplot(1,2, 1); subimage(imbw) %subplot(1,2, 2); subimage(imbwo) rows=size(

I=imread('Pic.jpg'); Igr=rgb2gray(I); figure imshow(Igr) title('The Original MRI image'); se = strel('disk',1); NHOOD = getnhood(se); J=rangefilt(Igr,NHOOD); Iadj=imadjust(J); Ibw=im2bw(Iadj,0.2); Ia

f1=imread('peppers.png'); % 读入图像 f1=rgb2gray(f1); % 图像灰度转换 f=double(f1); % 数据类型转换 s=255; t=65; if numel(s)==1 si=f==s

I=imread('peppers.png'); % 读入图像 I1=rgb2gray(I); % 图像灰度转换 figure,imshow(I); % 显示原始图像 title('original image') % 标题设置 figure,imshow(I1); % 显示处理后的图像 title('fa

代码2-4 P=imread('t1.jpg'); I=rgb2gray(P); L = bwlabel(I); s = regionprops(L, 'centroid');% 'Centroid'见表2-4 centroids = cat(1, s.Centroid); imshow(I,[]) hold on plot(centroids(:,1), centroid

#ifndef JCONFIG_H #define JCONFIG_H #define IMAGE_WIDTH 320 #define IMAGE_HEIGHT 240 #define VIDEO_PALETTE_RAW_JPEG 20 #define VIDEO_PALETTE_JPEG 21 #define SWAP_RGB 1 int bpp; /* our own ioctl *

% I=imread('1.tif'); % % figure,imshow(I); % % I=imresize(I,[256 256]); % % I=Im2double(I); % I1=rgb2gray(I); % figure,imshow(I1); %convertir image to RVB % I = imread('Poseuse_impression_pos