This is because,, when i save the AB, while processing, and copying and pasting, with the next, or previous available fey frames, it misses some frames, because, when i manually went back from frame by frame, the previous keyframe, it has more number of individual frames. I think your latest bat file is the only way to accomplish what i want, for viewing the video frames without missing anything. Please also say, which number of posts in the link, i could use May be, I lack in asking to a correct terminology Jagabo, thought, that i unncessarily prolong this thread with knowing the procedure, but this is the forum where i could get the correct answer to my satisfaction. Is that no frame is getting missed while segmenting and copying and saving the new fileīecause, the whole video contains keyframes and non keyframes, my doubt being if a non keyframe is pushed to previous keyframe, there may be more than one number of frames, that it may be pushed back to get in to the previous keyframe. Why I asked about possible overlapping ideas, If that is sure, then, I will close the thread. , that the video will run the second part without any frame being missed. Open the video,use up arrow to find the first keyframe A, and move to B point, and then if alert prompt that the selected point is not on keyframe, just use down arrow to the previous keyframe to fix AB, and then select a mid point and then copy and if there is an alert again about nonkeyframe selection, just use the down arrow to the previous keyframe on the middle part and then paste it, reset AB to finally save the full video without reencoding. The technique was given with the bat file by using ffmpeg bat.Ĭan i do this in avidemux, Hi, butterw and jagabo Hi, how can i be sure, that i copied the portion of video in the middle and copied to the keyframe by using up and down arrow, that is no video frame is missing on continuation of the second partĬan i use the overlap technique to copy the A and B points and have a minute or two from the part i be added to the second part without resorting to again finding another a and b parts to process the second part.
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