![]() ![]() This is where all other ffmpeg options are inserted like, filters, special encoding options, mapping, etc. Note that when using uncompressed codec, the audio bitrate is discarded. Note: If you are using this encoder in conjunction with the "A/V Media" decoder you might need to add a "Channel Mapper" filter since "A/V Media" decoder allows outputting more audio channels than the specified audio codec. ![]() Please consult the FFMpeg documentation on how to use FFMpeg's options. This way you can write you own extensive set of encoders. You can also save your setting for later use. This encoder enables you to make your own custom FFMpeg based encoder. Now, in a Custom ffmpeg processor, we would insert only this portion (and check that the codec text inputs are empty):Ĭustom ffmpeg processor would automatically insert before -codec:Īnd after -map 0 it would insert some output filename that goes into the current working directory of the FFAStrans job.Īlso, it would automatically take care that the variable s_source is filled with the generated filename. "%s_ffmpeg%" -i "%s_source%" -codec copy -map 0 "%s_source%_transcoded.mp4"Īlso, if the job goes on with the transcoded file, in the commandline processor we would check the “set s_source” to: “%s_source%_transcoded.mp4” In order to automate this commandline, we could now use either a commandline processor in ffastrans, we just need to change it to something like this: The final result of such an experiment leads for example to this commandline:Ĭ:\ffmpeg\ffmpeg.exe -i "C:\test\myfile.mp4" -codec copy -map 0 "C:\temp\myoutput.mp4" Usually we engineer ffmpeg commandline processing in a windows cmd.exe box. It is very similar to using a commandline processor for calling ffmpeg but it automatically inserts everything up to “-i” and the output filename in the executed ffmpeg commandline. ![]()
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