The command line to convert each file looks like this:įfmpeg.exe -i srcfile.mov -map_metadata 0:s:0 -c:v libx264 -s 960x540 -crf 27 -ab 64K -y dstfile. If ( os.path.splitext(fname)).lower()='.mov':ĭstfile = process_file(os.path.join(address,fname)) ''' Process all files in directory and subfolders ''' '-map_metadata', '0:s:0', # Keep metadata Saving information to a log file as the script is executed for later control.įFMPEGDIR = 'd:\Program Files\ffmpeg\bin\' # downloaded from ĭstfile = os.path.splitext(srcfile) + '.mp4' # Result file extension This is certainly not the fastest way to use ffmpeg, but it makes it possible to wrap ffmpeg with pure Python, making distribution and installation much easier.Executing an external utility from python using n with passing parameters.

Recursively searches for files in a directory with a given extension.Using the ffmpeg.exe utility to convert to the specified format.This example demonstrates such technologies: I will show an example of how this can be done in python. a third-party MovieWriter that matplotlib recognizes, such as FFmpeg. If there are a lot of files or they are in subdirectories, then you can write a script. The mp4 and avi movies and the Python code above that produced them are available. To convert a file from one format to another, it is enough to specify several keys, the path to the source file, the path to the output file and do it on the command line. Many people know that there is a package of FFmpeg utilities that can be used to compress and convert video files.

What is ffmpeg python