![]() In working through this I do have a couple of general questions: Can you have a look and see if anything stands out as wrong? I’ve copied screen shots of the send and return presets. I can’t get the cc out of cubase to drive the motorised faders.I think I followed your instructions but again i find I decided to break the problem into pieces and start with the presets to do the conversion to midi cc first. The problem is it’s a lot of messing around so I would like to use BOME to do the translations so I switch in real timeġ507634852988_Bome-Midi-Tranlator-D400.docx I can confirm when I link the Asparion to the generic control in Cubase it sends and receives fine and the motorised fader works tracks the movement of the quick control in cubase– so I know the unit and Cubase can do this.I can configure the Asparion unit to send CCs (rather than Mackie mode) from its faders.I think its to do with my routings but I can’t think through how to ensure that the out from the Cubase generic remote which I have set to BMT will get back to the D400 unit and the motorised fader.The motorised fader is not moving with the software quick control.The preset that covers 1 &2 – can now switch the faders to CC mode and get CC information into the right track and Quick control and the Quick control in Cubase moves in sync with my track automation (which was recorded and received from my Asparion hardware fader).I have also worked this out using a specific port (BMT2) on the outgoing section of the translator Rerouting the cc data to a different port so I can “plug it into” a generic midi device to drive Quick control faders in Cubase.I have worked this out using 2 rules to convert the pitch bend data to a range of 1-127 for selected cc in outgoing section of translator Converting the pitch bend data Mackie sends from its faders to cc 0-127. ![]()
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