That leap from big massing down to the physics of a single joint is usually where the actual craft happens. Are you using those scripts mostly to manage the physical stress on the cold bends, or is it more about panel rationalization for the shop?

That jump from macro massing down to the structural glass interface is usually where the real drama—and craft—actually lives. Was there a specific job site moment with that cold-formed detail where it all clicked for you?

That cold-formed glass detail is no joke—tolerances there will make or break a whole elevation. Are you using your scripts mostly to predict structural deflection under wind loads, or is it about simplifying shop drawings for the fabricators?

That joint is where so many buildings silently fail, so I completely respect the obsession. Once you got deep into the code, did you find the scripts could actually predict thermal movement at that scale, or are full-sized mockups still doing the heavy lifting?

Watching a site team in Liaocheng adjust a "perfectly calculated" aluminum transom with a dead-blow hammer changed how I draw details forever. Digital precision is lovely, but the site always holds the final veto.

Exactly this—the moment you realize a 2mm tolerance mismatch on an EPDM gasket completely changes how the low afternoon sun reflects off the frame, macro geometry loses all its charm.