Ok, so click click click click click click click click click press click click click press click click. In the end I'm still having to pay attention to the screen anyways, and once again the screen is probably going to be touchscreen anyways so it's extra hardware just to have a more complicated input system than just pressing the screen, taking up space in the cabin to have this redundant control scheme. Once again just to change settings I shouldn't be changing while driving anyways like how far back the seat should go when the car is off and I open the door or if the passenger side mirror should tilt down when reversing to help aiding in parallel parking. So critical to operate that with physical controls so one can change those settings while driving!
I've had far more rotary encoders fail than I've had capacitive screens fail, so even an argument of higher reliability is pretty moot. Most damage that would break the capacitive touch is going to damage the rest of the screen anyways.
Finally, if it's so I can change those settings while wearing gloves, wow I'm going to increase the complexity of the car and take up more space so I can change the settings on the secondary keys without taking off my gloves when it's really cold outside someday. So much stuff just so I can do that thing I rarely do anyways slightly easier for a few days of the year, assuming I'm changing those settings while also getting in and out of the car a lot so I wouldn't want to take off my gloves for a minute.
Just put the settings behind a touchscreen. It's fine.
That doesn't sound like a dial/knob. You'd give it a single big twist or scroll to get the cursor around the right spot first. Same as old-fashioned radios.
So a knob that doesn't even have the feedback of knowing when you've gotten to the next selection at all, you have to actually stare at it as it goes through the different choices. That doesn't seem better to me at all. Personally, in this idea of a dial I'd like one that can actually give some haptic feedback. Or even better yet just be able to actually tap on the option instead of needing to turn a dial to move a selector on the screen to choose it.
At least with an old-fashioned radio knob you got the feedback of if you were tuning into the station by hearing it. But moving a selector on a screen?
It's like you're arguing for the MacBook Wheel, as if a knob is the most optimal way to input arbitrary choices on a computer.
I've had far more rotary encoders fail than I've had capacitive screens fail, so even an argument of higher reliability is pretty moot. Most damage that would break the capacitive touch is going to damage the rest of the screen anyways.
Finally, if it's so I can change those settings while wearing gloves, wow I'm going to increase the complexity of the car and take up more space so I can change the settings on the secondary keys without taking off my gloves when it's really cold outside someday. So much stuff just so I can do that thing I rarely do anyways slightly easier for a few days of the year, assuming I'm changing those settings while also getting in and out of the car a lot so I wouldn't want to take off my gloves for a minute.
Just put the settings behind a touchscreen. It's fine.