05-22-2018, 01:37 AM
Hi,
Why not just continue your investigation into the feature and actually try out one of these programs that you have identified and see if one of them meets your needs. If it does then I'll have a look.
One requirement that I have for any type of shuffling feature is that it can be integrated in a way that does not grow the Playlist, similar to how auto-shuffle can make use of consume mode to remove the track that has just finished before adding a new randomly selected track.
Album shufflers add each track of the Album to the Playlist and so essentially same as a track shuffler but neither create any type of resource utilization issue except that perhaps Python based solutions may be less efficient than ones written in C/C++.
-Tim
Why not just continue your investigation into the feature and actually try out one of these programs that you have identified and see if one of them meets your needs. If it does then I'll have a look.
One requirement that I have for any type of shuffling feature is that it can be integrated in a way that does not grow the Playlist, similar to how auto-shuffle can make use of consume mode to remove the track that has just finished before adding a new randomly selected track.
Album shufflers add each track of the Album to the Playlist and so essentially same as a track shuffler but neither create any type of resource utilization issue except that perhaps Python based solutions may be less efficient than ones written in C/C++.
-Tim
