So apparently I can't post photos on here right now for some reason so I hope everyone has a great Halloween.

Happy Halloween to everyone!! I hope everyone has a safe and fun Halloween. I'm not exactly sure what my costume is this year cuz I didn't really get to throw one together which is why I'm wearing like a t-shirt underneath here but I really wanted to wear an actual costume I just couldn't afford it this year. But my face is painted so we'll just count it as my version war paint,since we need to take our government back!!

Just bought tix to see these talented beauties playing here in The Shire :D https://www.youtube.com/watch?v=eDeKMO8bmAc

Happy Halloween!!! 🎃🖤🎃🖤👻👻

Went as a bunny! Simple and fun.

Hey Michigan freaks, it's Halloween so here's a song about our local monster, the dogman. https://youtu.be/yd5W0iMLL6k?si=uwNQoiYx_xP6nYbh

💀 👻 ☠️ 🖤 🦇 🕷️ 🕸️ 🎃

Nerdy sound generator stuff 😅 Inside the red box is what is actually making the sound - a home-brewed oscillator, being prototyped on a "breadboard." It accepts control voltages that determine what frequency of sound to output. An increase of 1 volt shifts everything up by 1 octave. The green box is a sequencer. It sends control voltages, configurable per step, to the oscillator. Blue box is a bench power supply - crude for this purpose, but easy to use for testing. It is spitting out both + and - 12VDC. Orange box is a bench multimeter, connected to monitor the + voltage output. Purple is the oscilloscope, monitoring the audio spit out by the oscillator. And bonus: that sequencer talks MIDI, and the program running on the computer is receiving MIDI note data from the sequencer, and shows the notes being played in real-time. It works the other way around, too - stop the sequencer, and notes can be sent from the computer to the sequencer, thus driving the oscillator.

God mode.

#retrogaming #crpgs