基于MATLAB的细胞计数（课程项目）.zip
资源内容介绍
python Image = imread('1.jpg');figure,imshow(Image);title(' [原图] ');mainfc;Theshold = graythresh(Image);Image_BW=im2bw(Image,Theshold);figure,imshow(Image_BW);title(' [初次二值化图像] ');Image_BW_medfilt= medfilt2(Image_BW,[13 13]);figure,imshow(Image_BW_medfilt);title('[中值滤波后的二值化图像] ');Optimized_Image_BW = Image_BW_medfilt|Image_BW;figure,imshow(Optimized_Image_BW);title(' [进行“或”运算优化图像效果] ');Reverse_Image_BW =~Optimized_Image_BW;figure,imshow(Reverse_Image_BW);title(' [优化后二值化图象取反]' );Filled_Image_BW = bwfill(Reverse_Image_BW ,'holes');figure, imshow(Filled_Image_BW);title(' [已填充背景色的二进制图像]' );SE = strel('disk',4);Open_Image_BW = imopen(Filled_Image_BW,SE);figure, imshow(Open_Image_BW);title(' [开运算后的图像]' );[Label, Number]=bwlabel(Open_Image_BW,8);Array=bwlabel(Open_Image_BW,8);Sum=[];for i= 1:Number [r,c]=find(Array==i); rc=[r c]; Num = length(rc); Sum(i)=Num; endSum;N=0;for i=1:length(Sum) if(Sum(i))>1500 N=N+1; end endNumber=Number+N