Video

This is great. I’d like to see more of how this notation would work with larger problems.

Is this video paet of a series? I couldnt identify which playlist is the one that contains the whole series.

I found that arguing the benefits of VPLs helps very little to convince developers to even try something different. The inertia of TPLs is just so massive that in order to get someone to program visually it would have to be the only way to code something very specific. Which of course is not how we usually approach these things. I also found that developers on average are intimidated by anything visual, even if it conveys much more information, much more efficiently. The percieved complexity / actual complexity ratio of visual code seems to be magnitudes higher than that of text code. It's super annoying.

As the maker of Kinopio I love seeing this :D

P r o m o s m

😣 'PromoSM'

I like how the bullet points for 0D are shaping up!

Is this video intended for a general audience or those who are familiar with FBP? For e.g. at 0:45, the concepts of port have meaning only to those who know FBP? Should we be talking about the send/recv primitives? to show how a component sends data. if a component does send data to a port, how does that go to another component? FBP is nice to show even as diagrams to explain data passing between two unit components?

At 0:33, "components can return a value to the caller", for those of us initially only familiar into the concept of synchronous function calls, we may not understand how it's done. I guess you are talking about wiring plus the send() primitive?