Midi To Bytebeat 〈No Survey〉

t * pitch_variable (Pitch changes based on the key pressed). 2. The Math Behind MIDI-to-Frequency Conversion

In Bytebeat, we generate pitch by wrapping a phase accumulator: sine(phase) or a triangle wave. The phase increments by freq / SR . midi to bytebeat

Aurally, the output is exactly what you would expect from bytebeat: abrasive, aliased, and gloriously lo-fi. But the MIDI integration adds a kinetic energy that static code lacks. t * pitch_variable (Pitch changes based on the key pressed)

But how do we bridge the gap between the expressive, musical language of a MIDI keyboard and the raw, computational chaos of Bytebeat? midi to bytebeat

Use a MIDI parsing library (in Python, JavaScript, or C) to extract note events. For each note, store: