I much prefer it to Lemur/TouchOSC on an iPad - you can get 14-bit (or just use OSC) out of these but I just hate having to keep my eyes locked on the screen to switch controls. I'm thinking of getting a second JOUE strictly for the 14-bit midi implementation, but it's pretty expensive on a per-control basis, especially since you don't get banks or midi feedback. They aren't truly relative and no midi feedback, but choosing the pseudo-relative mode means wherever you place your finger on the strip will calibrate it to the last value, which is surprisingly effective. Also the platters on some controllers are much higher res than encoders.Īs for the X-touch, my memory is that when outputting midi it's just the usual 7-bits.Īn outlier: the JOUE has 14-bit available for many of its modules, and it actually works! The fader strips especially. Some DJ controllers claim 14-bit faders but in reality they seem too be closer to 10bit (skipping values, same as the UC-3 when faders are set too 14-bit). In particular, the BCR-2000 sysex file I provide programs all the knobs and buttons on the BCR-2000 with very generic control-change and MIDI note values that have no meaning whatsoever to SAC. on my unit, it causes the knobs to react much slower than when it's disconnected, i often get 2 LEDs to lit instead of 1 (i guess because of some feedback). The BCR-2000 can do 14-bit but same issues as the UC4. mations on the data before passing it along. hi fellow BCR user here's a rather long sumary of my issues and troubles with the BCR: ok, so firstly, i discovered that the bcr can't be used with Live's MIDI control output.
#CHANGE CONTROLLER ACCELERATION BCR 2000 SERIES#
The original keyboard-free nocturn seems a bit better than the SL series in this regard. Novation stuff: Automap can be used to set encoders on many units to different step resolutions, but again you are limited by the encoders' resolution per turn.
Having internal takeover on the faders is a great feature.
I have two and they are great within their limits. Keeping mind that the res of the Midi Fighter Twister per turn is about 4 to 5x higher than a UC-4 even without processing. You can also create smoothing functions in Bidule or Max. AN improvement over 127 steps, but def not 14-bit.
#CHANGE CONTROLLER ACCELERATION BCR 2000 FULL#
You could hack something together in Max or Bidule to get more range per turn at the expense of resolution - you'd be far from 14-bit, but I know in the past Ive done something in bidule that resulted in sweeping a full 14-bit range in 3 to 6 turns. Midi Fighter Twisters have the highest res encoders I know of (unless you count the Monome Arc which isn't really a midi controller) - seems to be about 100 steps per turn. Someone asked about the UC4: while the encoders support 14-bit midi, they have too few steps per turn to make this practical, even if you enable acceleration. 16/H-1-2 MUST provide a user affordance with the ability to add, edit, select, and operate the users favorite device controls from the controls registered by. See below re JOUE which is the closest I've found to a solution.
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