Overlay_file = ffmpeg.file_input(TEST_OVERLAY_FILE) In_file = ffmpeg.file_input(TEST_INPUT_FILE) If you're like me and find Python to be powerful and readable, it's easy with `ffmpeg-python`: Maybe this looks great to you, but if you haven't worked with FFmpeg before, it probably looks pretty alien. Trim=start_frame=30:end_frame=40,setpts=PTS-STARTPTS \ Trim=start_frame=10:end_frame=20,setpts=PTS-STARTPTS \ The corresponding command-line arguments are pretty gnarly: Take for example a signal graph that looks like this: `ffmpeg-python` works well for simple as well as complex signal graphs.įFmpeg is extremely powerful, but it's command-line interface gets really complicated really quickly - especially when working with signal graphs and doing anything more than trivial. There are tons of Python FFmpeg wrappers out there but they seem to lack complex filter support. # ffmpeg-python: Python bindings for FFmpeg with complex filtering support
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