-- Other events (Control Change, Program Change, etc) else -- Skip data bytes for unsupported events if eventType == 0xC or eventType == 0xD then file:read(1) -- 1 byte else file:read(2) -- 2 bytes end end end
Generating falling notes (similar to Guitar Hero or Piano Tiles ) perfectly synced to a backing track. midi2lua
def midi_to_lua(midi_path, lua_path): mid = MidiFile(midi_path) tempo = 500000 # default microseconds per quarter (120 BPM) ticks_per_beat = mid.ticks_per_beat tracks_data = [] -- Other events (Control Change, Program Change, etc)
The midi2lua pipeline turns static musical hardware into a fully programmable interface. By converting MIDI’s hardware-friendly language into Lua’s software-friendly syntax, creators gain absolute control over their digital environments. Whether you are optimizing a studio workflow, scripting a massive concert light show, or building the ultimate productivity macro board, mastering this conversion bridges physical touch and digital automation flawlessly. Whether you are optimizing a studio workflow, scripting
When you connect these two technologies through a tool, you bridge the gap between physical music hardware and digital automation. This integration allows you to convert MIDI data—such as note presses, knob turns, and fader movements—into executable Lua scripts. Core Applications of midi2lua
: A pure Lua library for developers who want to write their own MIDI parsing and writing functions from scratch.