A Recipe For Chaotic Beauty | Modular Classroom | Episode 04

This series is a bit more advanced than usual, but this does not mean 'difficult', it means 'low level'. I will revisit Rob Hordijk's Benjolin and Blippoo Box again, not to recreate them, but to understand its components a bit more so they can be used elsewhere. We'll build a Twin Peak filter with Blades and Blinds (or any duo filter with a polarizer), a Comparator with Maths - which can make amazing new sounds using any two VCO's, I'll revisit the Rungler with Marbles and finally I've been looking for ways to detect equality between two voltages so we can generate a trigger or gate. I am not aware of any comparator that has an '=' output, but I figured out a way to approximate it with Maths.

I've been using ChatGPT as a research tool and it came up with the Twin Peak recipe after scrutinizing documentation on the web. But it also claimed that using Maths for equality detection would not work, because EOC is documented to be 'end of full cycle'. We already figured out in Episode 01 of this series, that EOC is always ON, and off when a RISE is in progress. This is needed to do quadrature functions, bla bla bla, but the point is that AI can be misinformed. Regardless, AI has reached a point where you can actually discuss patches and ChatGPT knows a LOT of modules, options, techniques and alternatives. So how do I know so much? I don't. It's co-creation.

Even though this episode features a lot of chaos, I tried to find the cool textures that make the Blippoo Box so entertaining, and figure out why the Benjolin is so untameable (may I say annoying?)

00:00 Introduction
00:51 Blippoo Box emulation for the Meng-Qi Wingie 2
05:02 Patching a Twin Peak filter with Blades and Blinds
08:03 Patching a Comparator with Maths
12:34 Patching a Rungler with Marbles and any VCO
14:43 Blippoo Box S&H and equality detection with Maths
18:45 Final Thoughs and a dual Benjolin / Marbles (multi-track) Jam.