I have found a configuration that seems reliable.
It solves problem 2 (reflow) and 4 (fader automation) mentioned initially above.
It works best with playback in stop mode, without what other DAWs and audio/MIDI applications call "learning MIDI".
We pre-plan the sends and receives. We assign them (configure them) and then we create the automations.
1_ Configure the CC reception as logarithmic and hook
2_ Include a MIDI CHANNEL MAP that guarantees that the signal is sent to a different channel (16) than the transmitter (1). I am going to reserve channel 16 in my projects to use it as a CC receiver. This way you guarantee that it does not conflict with any channel.
3_ Send to control from a MIDI insert.
I have found a configuration that seems reliable.
It solves problem 2 (reflow) and 4 (fader automation) mentioned initially above.
It works best with playback in stop mode, without what other DAWs and audio/MIDI applications call "learning MIDI".
We pre-plan the sends and receives. We assign them (configure them) and then we create the automations.
1_ Configure the CC reception as logarithmic and hook
2_ Include a MIDI CHANNEL MAP that guarantees that the signal is sent to a different channel (16) than the transmitter (1). I am going to reserve channel 16 in my projects to use it as a CC receiver. This way you guarantee that it does not conflict with any channel.
3_ Send to control from a MIDI insert.