![]() measurement of the maximum short term loudness,.measurement of the integrated loudness,.Fortunately the ITU-R in their BS.1770 standard defines an algorithm which makes it possible to measure the loudness of a certain audio source, including multichannelīS1770GAIN implements the ITU-R BS.1770 loudness measurement algorithm and makes it accessible to a user in several ways as known from the EBU R128 standard, i.e. Once I had that list I figured it would be nice to scan the files not done and apply the ReplayGain tags at the same time.Īudio from different sources can be expected to be different loud and it would be nice to automatically adapt all these audio sources to the same loudness. I'm just about finished adding a new tool in Music Media Helper that implements ITU-R BS.1770 using the BS1770GAIN program, primarily as I had applied ReplayGain to some of my files as part of my original conversion from discs and I wanted a way to see which albums/files I'd done and which ones needed to be done. This has worked great for my Kodi playback, especially as I often play many songs from many different albums mastered at different levels. Most playback software and devices will change the volume level as tagged (RepalyGain) during playback. ![]() ![]() The required loudness level (+/- db) is just tagged as metadata. I started using ReplayGain which normalises the sound levels without actually altering the audio stream stored in any files. ![]() I play all my multichannel music these days from FLAC files and the different volume levels between tracks/albums used to have me constantly changing my volume up and down to compensate. ![]()
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