We sure wish we'd had a teacher like [Volos Projects]. He built this beautiful circuit sculpture to teach his students how to count in binary and convert it to decimal and hexadecimal. If you don't already know binary, you get to learn it on DIP switches and a dead-bugged ATMega328 in the video after the break. Lucky you!
Once the students have the hang of entering binary input on the switches, they can practice it on the four-banger calculator. This educational sculpture can also take text input and scroll it, but it takes a bit of work. You have to look up the ASCII value of each character, convert the decimal to binary, and program it in with the switches. There's one more function on the menu — a one-player PONG game to help the students relax after a long day of flipping switches.
Funny enough, this project came to be after [Volos Projects] came upon the DIP switch in his parts box and wasn't quite sure what it was called. How great is it that he learned something about this part, and then used that knowledge to build this machine that uses the part to teach others? It's surely the best fate that parts bin curiosities can hope for.
Don't have the patience for circuit sculpture? You can make a pretty nice binary calculator with a bit of paper and a lot of compressed air.
Via [r/arduino]
via https://ift.tt/2ZnyRLK
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