GMU:Procedural Cut/Assignment Sequence: Difference between revisions

Latest revision as of 09:40, 18 November 2019

Let's get started with python and ffmpeg

Pick and download a video with a lot of edits. New coverage is good.
use the PySceneDetect tool (link on main page) to detect the scenes and extract them. (You need to install Python and ffmpeg) scenedetect -i goldeneye.mp4 -o output_dir detect-content -t 27 list-scenes split-video
reattach the clips in a different order with ffmpeg:
make a playlist file with the content:

   # concatenate the following clips together
   file 'goldeneye-Scene-008.mp4'
   file 'goldeneye-Scene-005.mp4'
   file 'goldeneye-Scene-018.mp4'

5. run ffmpeg ffmpeg -f concat -safe 0 -i playlist.txt -c copy output.mp4

Bonus learn some python to further automate the process

@@ Line 3: / Line 3: @@
 # Pick and download a video with a lot of edits. New coverage is good.
 # use the PySceneDetect tool (link on main page) to detect the scenes and extract them. (You need to install Python and ffmpeg) <code>scenedetect -i goldeneye.mp4 -o output_dir detect-content -t 27 list-scenes split-video</code>
-# reattach the clips in a different order with ffmpeg
+# reattach the clips in a different order with ffmpeg:
-## make a playlist file
+# make a playlist file with the content:
      # concatenate the following clips together
      file 'goldeneye-Scene-008.mp4'
      file 'goldeneye-Scene-005.mp4'
-     file 'goldeneye-Scene-018.mp4'</code>
+     file 'goldeneye-Scene-018.mp4'
-## run ffmpeg <code>ffmpeg -f concat -safe 0 -i playlist.txt -c copy output.mp4</code>
+. run ffmpeg <code>ffmpeg -f concat -safe 0 -i playlist.txt -c copy output.mp4</code>
 Bonus learn some python to further automate the process