People liked the visual, interactive, 3D stuff I showed them but they seemed particularly blown away that I did the whole presentation on a Pi. They made me hold it up afterwards to prove it.
Yes, that's the 2D cellular automaton from page 172 of Wolfram's New Kind of Science, in Minecraft. I've posted all the code for the slides and graphics on Github:
LinkedIn was recording it but they said it'll be a while before they post their professionally edited video. My colleague Ken Hawthorne was filming, too, and has posted his video here.
Long story short, showing off is fun but I'd love to work with math teachers and help them incorporate Python programming into all their math lessons. And when they get some experience under their belt they'll be able to do more challenging explorations like fractals, cellular automata and 3D graphics. I never said it's going to be easy, but it can be more rewarding and meaningful than the way I learned math back in the day.
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I was intrigued that in the video you discussed using 4x4 matrices (homogeneous coordinates?) for 3D graphics transformations,but in your book you only do 2D. Do you have some published materials on the 3D version?
In a conversation with Ted I had mentioned an interest in teaching calculus starting (rather than ending) with differential equations.I notice that the calculus section of your book includes basic DEs. Perhaps we could work up some examples.