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# uses ffprobe command to extract all possible metadata from the media file # read the audio/video file from the command line arguments However, ffmpeg-python seems to work well for both simple and complex usage.īelow is the code responsible for extracting the metadata: import ffmpegįrom pprint import pprint # for printing Python dictionaries in a human-readable way

There are a lot of Python wrappers of FFmpeg. Once you have it installed, you need to install the Python wrapper: $ pip install ffmpeg-python Use this link to get it installed in your environment. To make everything work properly, you need to install FFmpeg. In this quick tutorial, you will learn how you can extract video or audio metadata in Python using FFmpeg. Video metadata is all available information about a video file, such as width, height, codec type, fps, duration, and many more. There are many reasons why you want to include the metadata of a video or any media file in your Python application. To call the codec, we need to specify the full path to its executable file, which is located in the “bin” directory.Disclosure: This post may contain affiliate links, meaning when you click the links and make a purchase, we receive a commission. Press the “Win + r” key combination, type “cmd” (without quotes), and press “Enter” – a console window with a command line will open. Assembling a sequence of frames to a video The codec does not require installation, just unzip the downloaded archive to a convenient location, for example, to the “Program Files” directory. This repository is linked from the official website: Windows users can download the codec from GitHub. We can download the codec from the official FFmpeg website: Or we can use third-party codecs, for example, FFmpeg.įirst, we need to download and install the FFmpeg codec. We can compile a sequence of frames into a video with Blender itself, with the Visual Screen Editor (VSE).