I don't disagree. Easier to stick some (open-source) algorithms into recreational computers than to stick recreational gadgets onto a technical computer...
Just so everyone is clear... the Petrel uses OPEN-SOURCE Buhlmann and VPM-B algorithms. ANY dive computer manufacturer could use those...
Btw, you wouldn't need AI on every gas for technical diving. Just put it on your bottom gas. It would be silly to do a 6 tank dive with AI.
Now you're getting the gist..... AI for tech is (with current technology and it's cost) SILLY.
As for how many tanks.... what if 4 tanks WERE bottom gas?
And one of the biggest arguments for AI is for gas tracking/logging etc. So that'd be scuppered if you didn't also track your deco gas. And of the gasses..... Deco gas would be the most important to track; given that any contingencies make deco time versus available gas a REALLY important calculation.
Given that it's 100% unnecessary, yes.
Keep the SPG on the tank with the AI. If it failed to connect, so what you still have your SPG.
Holy Multitudes of Failure Points!!!
So now we have six batteries that can fail... six transmitters that might fail... or fail to sync.... and six spgs... and twelve hoses/attachments from our tanks...or 2 transmitters and 4 spgs....or 1 transmitter and 5 spgs... or... crap... I'm confused.
I see how AI makes technical diving so damned simple...
Edit: Although, if you're severely narced on a 6 tank tech dive the AI may prevent you from dying by breathing the wrong gas. My icon won't let me switch to an inappropriate mix.
Every tech agency has a standardized gas switch procedure. AI doesn't feature in them.
What, for instance, if you put the wrong transmitter on the wrong gas?
Or programmed the wrong transmitter to the wrong gas mix on the computer?