I don't have a ton to add outside of the pictures - it seems like everyone picked it up pretty quickly this semester. It feels like it took longer when I originally took the course, anyway.
Admittedly, I wasn't able to get much done this week because I was "between" availabilities at work - in other words, I had the shifts of two separate schedules and the days off of none, although I should have a lighter work schedule for the rest of the semester. That being said, I did at least figure out I'm going to be using Connor Nishijima's Synth or "Volume 2" library for sound synthesis due to the ease of producing wavetables, volume control, and polyphonic synthesis. I also bought a case for my Arduino.
(final week) video of the final thing in action video shown before hands-on example to explain some of the synthesis stuff The housing obviously isn't as polished as it could be, but it can stand up on its own and it can withstand some pretty rough handling without the speakers detaching in any capacity (I can't say the same for the power and ground of the light sensor), which were the main goals of the housing. A more elaborate or even "fixed" sort of housing were initially part of the plan, but since two of the sensors fell through it was ultimately capable of sustaining itself using direct wiring and a single battery. A heartbeat sensor was going to be included as well, and I had the code (mostly) up and running, but polishing it the night before all three of the wires connected to it snapped - it came pre-soldered. I didn't have an opportunity between the night before and the presentation to try soldering it back together. The other sensor was the ac...
Note: class was canceled Monday, 9 Oct. due to Hurricane Nate. My parts arrived, so I started looking into existing waveform / FM synthesis libraries for Arduino to make sure I could produce sounds to begin with. Ultimately, I decided on using Connor Nishijima's "Arduino-Synth Volume2 Library" because I was trying to make sure I could achieve a few specific benchmarks using minimal hardware (in this case literally just a speaker and a couple of wires): - Produce different waveforms (square, triangle, saw, etc.) - Produce multiple voices concurrently for polyphony or being able to use multiple "tracks" (evident in the lead and percussion). - Make sure I could get sound at all. It's not the loudest thing in the world, but I have a video demonstrating the test here: link While the library for synthesis is unaltered, the composition / melody in this case is custom. The "lead" is composed of 3 separate sine synths (to test polyphony), and th...
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