of course it's just a diagram, but the idea is that the big white rocks represent "anchor spaces" - the most prominent, public aspects of the program, as well as (by sheer coincidence?) the largest....
so one idea is that you'd locate these first, and fill in the rest of the program later, giving you a fairly dense, well-packed volume.
on the other hand - and this is perhaps more interesting - what if you took all the least-prominent spaces, and placed those first, essentially giving you a plinth on which to put the most important public spaces... and so what if maybe they all dont fit under the prescribed building height?
yes, but the conventional diagram is to have a major "anchor" space at each end of the circulation flow, with perhaps secondary "anchor" spaces located along that flow - all filled in with rest of the program.
not saying that is any good, just that it seems an obvious version of the diagram.
5 Comments
oh. i get it. it's a pun.
yeah but do you get it?
very cool diagram
thanks
of course it's just a diagram, but the idea is that the big white rocks represent "anchor spaces" - the most prominent, public aspects of the program, as well as (by sheer coincidence?) the largest....
so one idea is that you'd locate these first, and fill in the rest of the program later, giving you a fairly dense, well-packed volume.
on the other hand - and this is perhaps more interesting - what if you took all the least-prominent spaces, and placed those first, essentially giving you a plinth on which to put the most important public spaces... and so what if maybe they all dont fit under the prescribed building height?
yes, but the conventional diagram is to have a major "anchor" space at each end of the circulation flow, with perhaps secondary "anchor" spaces located along that flow - all filled in with rest of the program.
not saying that is any good, just that it seems an obvious version of the diagram.