You actually did say something absurd. A 830 foot deep floor plate would offer horrible daylight conditions, no access to views, and illogically long HVAC runs to name a few problems with your suggestion. Even at 400 feet to allow for central cores, the issues with your illogical suggestion remain. The tone of your comments suggests that you know something about building design and space planning. The content reveals the truth that you know very little.
It wasn't even remotely a suggestion, it was a means of comparison. The tone and substance of your comment suggests something too.
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Well sure, if you see walking as an issue. If you dont, if you want active employees, then it's not a problem anyway.
As per the rest of my post, most staff are likely to interact with people quite close to them, the same as any other office based environment. Some staff may walk more than others due to their role, but normally people work in teams and where a team is dispersed technology then comes to the fore. The shape of the building is sort of irrelevant once you hit a certain population and find you can't have absolutely everyone sitting next to those they work with (and a campus catering for 11k cars is a big one).
Square, rectangular or donut shaped, if you need to walk to another team then you need to walk and get away from the desk. The shape of the building might add a bit of distance, but let's not think that adopting a different shape immediately puts everyone close to one another when you're catering to 10,000 people.
Frankly I'd prefer that building with stacks of natural light and an open atmosphere to some rectangular thing where you are just as likely to get lost, if not more so, and the majority of staff will be lucky to be facing an external window, assuming their room has windows at all.
I don't see walking as an issue, so much as I am pointing out the apparently deliberate effort (or unintended consequence?) of this design, which is to double or quadruple the length of trips through the building from at least their theoretical minimums. This seems like a far less than ideal place to start space planning. The ring plan is used seldom in architecture, for a reason. It offers no inherent advantages over any other plan.
Building one on this scale only serves to point out the problems, another of which is it is inherently disorienting. The designers will have to incorporate orientation devices into the design to overcome the issue that it will look exactly the same from every viewpoint. Again this is what happens when you start with plan as a guiding rule then try to make it work, rather than allowing function to dictate plan. Architecture has faced dogmatic approaches before and has lately rejected them, so it's disappointing to see dogma crop up here on such a massive scale.
Let's be honest about it, this is Steve's building. He wanted it to be an object, and that's exactly what he got. Unfortunately the best buildings don't start as objects, they grow out of how they will be used.