In one corner of digital music, you have MIDI: tidy, note-based, timestamped, and built for control. In the other, you have bytebeat: raw, minimal, and violently mathematical—audio generated in real time by short formulas that spit out sound waves sample by sample. At first glance, they seem like incompatible languages. But a small, obsessive community of creators has been building bridges between them. This is the craft of MIDI-to-bytebeat work.
When you paste this into a live Bytebeat player (like the one on Greasemonkey or Wurstcaptor), you aren't playing the song. You are solving the song. Each sample is a new answer to the equation. midi to bytebeat work
Note-to-Frequency ConversionTo make a Bytebeat formula melodic, you must translate MIDI note numbers into frequency multipliers. The formula for this is usually f = 440 * 2^((n-69)/12). In the Bytebeat code, you multiply 't' by this factor to pitch-shift the resulting noise. From Piano Roll to Pure Math: The Art
Let’s walk through a basic conversion workflow: Create or obtain a single-track (monophonic) melody or
Web-based Tools: Many HTML5 Bytebeat composers allow users to route MIDI from their browser to the code evaluator.
How do you get a discrete, event-based melody (MIDI) into a continuous, equation-based stream (Bytebeat)? The answer: You don't embed the MIDI; you translate it into a mathematical function that behaves like MIDI when sampled over time.