MIDI CC 1 (mod wheel) or aftertouch as real‑time equation coefficients.
board is excellent. It can handle MIDI input and generate high-speed audio via its DAC.
When this code executes, it evaluates the equation for every increment of t and outputs a byte (a value between 0 and 255). When piped directly into an audio buffer at a sample rate like 8kHz or 11kHz, these numbers create complex, evolving rhythms, chiptune melodies, and harsh industrial textures.
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This public link is valid for 7 days and shares a thread, including any personal information you added. This link or copies made by others cannot be deleted. If you share with third parties, their policies apply. Can’t copy the link right now. Try again later. midi to bytebeat patched
In native bytebeat, changing the frequency of t alters both pitch and rhythmic speed simultaneously. Advanced tools like the JavaScript-based Websynth feature patches that introduce a static secondary clock. While t scales to track pitch, tt advances at a locked rate (like 8kHz) regardless of the key pressed, keeping drum patterns synchronized at a stable tempo across the keyboard. Architectural Breakdown of a Patched Engine
A classic Bytebeat formula looks like: ((t>>4) | (t>>8)) & 0xFF . A patched version becomes: ((t>> (pitch/16)) | ((t * velocity) >> 8)) & (modwheel * 2)
The result is a non-linear relationship. Playing louder doesn't make it louder; it makes it slower or inverted . This unpredictability is the entire point.
In hardware synthesis, "patching" means plugging a cable from an output jack to a control input jack (think modular synths like Eurorack). In software, "patching" means intercepting, mangling, or rerouting data flow. MIDI CC 1 (mod wheel) or aftertouch as
, which support "performative recompilation" of bytebeat patches in real-time. Pure Data (Pd) Patches : Within the Pure Data community
How do we actually do this? While you can do this in C++ or Pure Data, the most accessible modern tool for this is a JavaScript environment (like a browser-based setup) or a creative coding environment like or TouchDesigner .
The methodology solves this by introducing specialized code modifications. These patches intercept incoming MIDI note numbers and dynamically inject them into the mathematical formula.
Bridging these two worlds isn't just an academic exercise. It unlocks a range of creative and practical applications that are being explored right now. When this code executes, it evaluates the equation
The "MIDI to Bytebeat Patched" movement is not about efficiency. It is not about making realistic trumpet sounds. It is about revealing the skeleton of digital audio.
The patch listens for note_on and note_off events. Instead of playing a sample, it stores the most recent note number (0–127) in a variable called $current_pitch .
What or programming language are you comfortable using?