Hello
I need to transfer this code to matlab to use it to get the Normalized red/Grren/Blue index of image
VI=np.zeros((img.shape[0], img.shape[1], 20))
RGB_sum=np.sum(img, axis=2)
R=img[:,:,2]
G=img[:,:,1]
B=img[:,:,0]
rn=R/RGB_sum
gn=G/RGB_sum
bn=B/RGB_sum

 채택된 답변

Pamudu Ranasinghe
Pamudu Ranasinghe 2021년 7월 6일

0 개 추천

img=imread('img_test.jpg');
RGB_Sum=sum(img,3);
%%%---> Method 1
[R,G,B]=imsplit(img);
%%%Method 2
%R=img(:,:,1);
%G=img(:,:,2);
%B=img(:,:,3);
rn = double(R) ./ RGB_Sum;
gn = double(G) ./ RGB_Sum;
bn = double(B) ./ RGB_Sum;
%If you want to show the Image
imshow(rn,[])
imshow(gn,[])
imshow(bn,[])

댓글 수: 1

Thanks alot it's work with me
I was transfered the code into this
img=imread('img_test.jpg');
R=img(:,:,1);
G=img(:,:,2);
B=img(:,:,3);
RGB_sum = double(R) + double(G) + double(B);
rn=double(R)./double(RGB_sum) ;
gn=double(G)./double(RGB_sum) ;
bn=double(B)./double(RGB_sum) ;

댓글을 달려면 로그인하십시오.

추가 답변 (0개)

카테고리

도움말 센터File Exchange에서 Call Python from MATLAB에 대해 자세히 알아보기

제품

릴리스

R2017b

Community Treasure Hunt

Find the treasures in MATLAB Central and discover how the community can help you!

Start Hunting!

Translated by