Hi There
Here's two more mux's for you to play with. Both have embedded samples.
The TR707 uses velocity 64+ for open hi-hats. The hi-hats are not velocity sensitive like all the other sounds are. This is a small compromise which allows the hi-hats to cut each other off like they should. You can choose between two different versions of the bass drum and snare drum (like the real thing).
The TB303, which started as an experiment in multi sampling, has 144 embedded samples from a real TB303 (24 x 6 layers). Only the white notes beginning from A1 were sampled (i.e. no black notes). 24 samples means you can octave adjust grid notes by +1 where you need to. Velocity is used to adjust the cut-off using the 6 layers. Glide is not like the real thing (it can't be), but does impart a nice slide effect if set around 30ms.
Links below![:)]( "Smile")
TR707
https://drive.google.com/file/d/1TiGnjF ... drive_link
TB303
https://drive.google.com/file/d/14KHZeu ... drive_link
Here's two more mux's for you to play with. Both have embedded samples.
The TR707 uses velocity 64+ for open hi-hats. The hi-hats are not velocity sensitive like all the other sounds are. This is a small compromise which allows the hi-hats to cut each other off like they should. You can choose between two different versions of the bass drum and snare drum (like the real thing).
The TB303, which started as an experiment in multi sampling, has 144 embedded samples from a real TB303 (24 x 6 layers). Only the white notes beginning from A1 were sampled (i.e. no black notes). 24 samples means you can octave adjust grid notes by +1 where you need to. Velocity is used to adjust the cut-off using the 6 layers. Glide is not like the real thing (it can't be), but does impart a nice slide effect if set around 30ms.
Links below
TR707
https://drive.google.com/file/d/1TiGnjF ... drive_link
TB303
https://drive.google.com/file/d/14KHZeu ... drive_link
Statistics: Posted by FSM77 — Sun Jun 23, 2024 8:15 am