I'm guessing those addresses are TCU addresses. Would be nice to know the DME addresses, would make it easy to find them in the logic and monitor them.Sure thing, found those in ediabas today. I have no idea what's in that motor data, but seems there's really only a few things it could be.
I was going to try to log today and make some comparisons, but it's raining. Maybe tomorrow. I've generated the same crappy shifts playing with things in the DME (with stock ceiling), so if the ceiling increase is also raising/allowing a higher torque somewhere than the TCU will currently accept, we could potentially tune it back down to keep good shifts with the higher ceiling.
It's only "0xCF1C message (motor data, PT-CAN) from the motor controller" that I think is promising. The torque values aren't causing the crappy shifts because those reported values stay consistent in logs with crappy shifts and logs with good one.