
User16829085362331958135 (Customer) asked a question.
I've split a single ATMOS file for use in a gapless album, but now what?
I'm attempting my first album that contains gapless content (continuous content that still needs separate songs).
In another thread, it was cleverly suggested that I record one long DAMF file, then use "Dolby ATMOS Conversion Tool" to split that into separate files. I've done this (to a degree) as seen in the screenshot here (This is just a test file, so please ignore the lengths.):
https://www.dropbox.com/s/yl07v10w9fkauc2/DolbyAtmosConversionToolSPlitv01.jpg?dl=0
Even after reading the documentation, I can't figure out what to do next. If I press "Convert" it just combines all these "splits" back into one file again. And I don't see any way to export these splits as individual files.
I feel I'm getting close, but am definitely missing something.
Thanks for any help!
In another thread, it was cleverly suggested that I record one long DAMF file, then use "Dolby ATMOS Conversion Tool" to split that into separate files. I've done this (to a degree) as seen in the screenshot here (This is just a test file, so please ignore the lengths.):
https://www.dropbox.com/s/yl07v10w9fkauc2/DolbyAtmosConversionToolSPlitv01.jpg?dl=0
Even after reading the documentation, I can't figure out what to do next. If I press "Convert" it just combines all these "splits" back into one file again. And I don't see any way to export these splits as individual files.
I feel I'm getting close, but am definitely missing something.
Thanks for any help!

You can use Markers in the Album Assembler to build a list and export the individual songs ADM BWFs at once. If you already have corresponding stereo files from these songs you could also bring those in and use the "insert markers at stereo clip boudaries" to make sure the Atmos aligns with stereo files after being split. Once you have individual ADM BWFs for each song you can import these into a new Album Assembler project to apply processing as needed (gain, EQ, limiting) and also perform loudness measurement.
Thanks,
Adam