Master Microtonal Music with the M4L Microtuner | Ableton Live Guide

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Microtuner Basics
Setup and Routing
Device Compatibility
Generating Scales
Dynamic Blending
Scale Libraries
Custom Tuning
Creative Workflow
Final Thoughts

Microtuner Basics

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    Ableton's Microtuner enables subtle note retuning for unique musical flavors.

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    Explores alternative tuning systems beyond standard Western equal temperament.

  • 3

    Highlights the potential for creating hyper-original and emotionally rich sounds.

Basic familiarity with the Ableton Live user interface, specifically how to load MIDI tracks, instruments, and Max for Live (M4L) devices.
Understanding of the standard 12-Tone Equal Temperament (12-TET) system and how standard Western scales and intervals are constructed.
An understanding of how pitch is measured, specifically the concept of 'cents' (where 100 cents equal one semitone) and frequency in Hertz.
Fundamental knowledge of synthesizer architecture, particularly how incoming MIDI pitch data translates to oscillator frequency.
Exploring historical and cultural non-equal temperament systems, such as Just Intonation, Pythagorean tuning, and traditional Arabic Maqam scales.
Creating and importing custom tuning files using Scala (.scl) and keyboard mapping (.kbm) formats to use across various software synthesizers.
Applying MIDI Polyphonic Expression (MPE) to achieve independent, per-note microtonal pitch bends and expressive micro-tonal modulation.
Studying the harmonic and compositional theory of microtonality, focusing on how to manage consonance, dissonance, and voice-leading outside traditional 12-TET structures.
44.6K views1.7Klikes17:49@SeedtoStageOriginal Release: 2022-04-07

Microtonal music involves tuning systems that divide the octave into intervals smaller than the standard 12 equal divisions used in Western equal temperament, allowing for unique harmonic colors and emotional expressions that conventional tuning cannot achieve; Ableton's Microtuner device enables producers to retune instruments by utilizing pitch bend information, with three main workflows: generating custom micro scales by adjusting random percentages (10-20% recommended for usable results), loading pre-made Scala tuning files, and manually following and tuning notes by ear to create distinctive sonic signatures.