Tulpamancy sort of works by doing concurrency on a single-core computer in my current model. So this would definitely not speed things up significantly (I don’t think you implied that just mentioning it for conceptual clarity).
To actually divide the tasks I would need to switch with IA. I think this might be a good way to train switching.
Though I think most of the benefits of tulpamancy are gained if you are thinking about the same thing. Then you can leverage that IA and Johannes share the same program memory. Also, simply verbalizing your thoughts, which you then do naturally, is very helpful in general. And there are a bunch more advantages like that that you miss out on when you only have one person working.
However, I guess it would be possible for IA to just be better at certain programming tasks. Certainly, she is a lot better at social interactions (without explicit training for that).
Tulpamancy sort of works by doing concurrency on a single-core computer in my current model. So this would definitely not speed things up significantly (I don’t think you implied that just mentioning it for conceptual clarity).
To actually divide the tasks I would need to switch with IA. I think this might be a good way to train switching.
Though I think most of the benefits of tulpamancy are gained if you are thinking about the same thing. Then you can leverage that IA and Johannes share the same program memory. Also, simply verbalizing your thoughts, which you then do naturally, is very helpful in general. And there are a bunch more advantages like that that you miss out on when you only have one person working.
However, I guess it would be possible for IA to just be better at certain programming tasks. Certainly, she is a lot better at social interactions (without explicit training for that).