Of course, he needed to access the toggle switch to play the game, so he made a slot for that as well. He fit all the electronics inside the body while allowing the ATtiny to protrude out of the body giving his bow tie some wanted hacker aesthetic. He designed the body of the bow tie with wood.
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This also helped him make sure his code was as efficient as possible since he had quite a bit of memory constraints using the ATtiny85 (only 512 bytes of RAM).
He wrote all his libraries from scratch which really helped him learn a lot about the ATtiny in the process. He decided to use an ATtiny85 and to experiment doing some more lower-level programming to refresh his skills. Recently he decided to try another bow tie hack, this time giving his tie some retro arcade game feels. Back in high school, he added some bright RGB LEDs to the bow tie he wore to prom and even won the male best-dressed award.
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The video of the whole process is embedded below give it a watch and you’ll maybe come away with inspiration, but you’ll definitely have a much better understanding of how these types of games are developed, even if you’re not using the same hardware or development environment.Ĭontinue reading “Simple MicroPython Game Is A 30 Minute Game Dev Course” → Posted in Games, Software Development Tagged ardupy, galaga, micropython, retro, space invaders, wio terminal The simple game is made using ArduPy (which is MicroPython combined with Arduino APIs) using Seeed Studios’ Wio Terminal, a small microcontroller development board with integrated screen, sensors, and button inputs including a little directional clicker that uses as a joystick. The development process is wonderfully documented and demonstrated in a video, as each separate part of functionality gets built and explained one piece at a time. These sprite-based games are mostly about moving a small graphical object (a sprite) around a screen in response to user input, and managing what happens when collisions are detected between the player’s sprite and other sprites like enemies, projectiles, and so forth. This part is collision detection (click to enlarge.) In the video, each game element and function is illustrated, showing exactly what gets done and why. (Video, embedded below.) The code is on GitHub but if you’re at all interested in what goes on behind the scenes in a game like that, don’t miss the video. Sometimes, it’s really useful to watch a project’s parts come together one piece at a time in order to get a complete understanding and mental picture of the whole, and we found that to be the case with this simple, retro-inspired sample game from.
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