![CODING
clc;
clear all;
close all;
warning off;
cd Frames
delete *.jpg;
cd ..
%%%%%%% To get the input video file
cd Videos
[file path] = uigetfile('*.avi','Pick an Input Video File');
org_vid = aviread(file);](https://image.slidesharecdn.com/2-r-250204043954-56370a21/85/2-R-ladder-architecture-analysis-for-image-6-320.jpg)
![ for i=1:frm_cnt
cd Videos
frm =aviread(file,i);
cd ..
frm_name=frame2im(frm);
frm_name = imresize(frm_name,[240 320]);
filename=strcat((num2str(i)),fmt);
cd Frames
imwrite(frm_name,filename);
cd ..
waitbar(i/frm_cnt,h11)
end
close(h11);
helpdlg('Process Completed');](https://image.slidesharecdn.com/2-r-250204043954-56370a21/85/2-R-ladder-architecture-analysis-for-image-8-320.jpg)
2 R ladder architecture analysis for image
- 1. AN EFFICIENT VIDEO WATERMARKING USING COLOR HISTOGRAM ANALYSIS AND BITPLANE IMAGE ARRAYS SECOND REVIEW
- 2. GUIDED BY Mr. R.MOTHI ASSISSTANT PROFESSOR BATCH NO.:-A04 PRESENTED BY 11EC05-P.AKSHAY 11EC12-ASHIF RAHIMAN 11EC38-V.MANJU 11EC47-M.NITHYA
- 3. BLOCK DIAGRAM Watermark embedding Original video Frame sepera tion Lumina nce plane extarction Color histogram analysis Water mark image Bit plane image Embedd ing Performa nce measure ment Video reconstru ction
- 6. CODING clc; clear all; close all; warning off; cd Frames delete *.jpg; cd .. %%%%%%% To get the input video file cd Videos [file path] = uigetfile('*.avi','Pick an Input Video File'); org_vid = aviread(file);
- 7. %%%%%%% Frame Separation info = aviinfo(file); cd .. frm_cnt = info.NumFrames; Wd = info.Width; ht = info.Height; figure(1); C = ones(ht,Wd); imshow(C); title('Input Video'); movie(org_vid); close('1'); fmt = '.jpg'; h11 = waitbar(0,'Please wait...');
- 8. for i=1:frm_cnt cd Videos frm =aviread(file,i); cd .. frm_name=frame2im(frm); frm_name = imresize(frm_name,[240 320]); filename=strcat((num2str(i)),fmt); cd Frames imwrite(frm_name,filename); cd .. waitbar(i/frm_cnt,h11) end close(h11); helpdlg('Process Completed');