First you develob and refine , the result being "H" and "T" "U" and "I"
profiles, they come out in strait lines being the strongest and most
efficient ,weight versus volume. Special building compoments develobed
to meet the demand for strong structural members , refined and
manufactored hardened and structured the perfect choice for a box
Then you start fighting the fantastic structural means, you want it
simply demand to be able to form round buildings from it, you hit it
with a huge hammer. You do so to fiddle it into double curved
structures you bend and fight huge steel profiles that you manufactored
strait to be strongest, you instantly get into trouble as this must be
expensive and a huge trouble.
Strait steel profiles and rounded buildings --- well as if the trouble
wasn't enough you make it a goal to be able to fight the materials;
first you make them extreme strong for a complete different porpus then
you start fighting it as now it must be round and steel profiles is the
only materials you can emagine.
Ontop you invent computers, exiting hardware and fantastic software
that shuld be able to build at a third the cost four times as strong,
---- ofcaurse you start making it trouble with rigid steel profiles and
instead of making the computer work on it's own term, you rewrite the
oldfasion methods into strait computer code ---- then you brag about
being able to fight steel profiles and making a building as just an
emty shell by forcing and fiddeling.
Great sense wouldn't you say ?