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Concepts
Introduction to the terms and fundamentals of Synfire
Harmony Concept
About scales, chords, keys and everything that constitutes harmony
Harmonization
Estimating keys, scales and chords from MIDI input

Concepts
Introduction to the terms and fundamentals of Synfire
- Music Prototyping
  What it's all about
- Parameters
  The components music is rendered from
- Figure Notation
  The most influential parameter that intuitively denotes musical expressions
- Harmony Concept
  About scales, chords, keys and everything that constitutes harmony
  - Fundamentals
    About notes, chords, horizontal, vertical and modal scales
  - Keys
    About traditional keys, tonal center and key changes
  - Scale Sets
    Multiple scales bundled together
  - Harmonic Context
    Information on key, chord, scales and bass that governs every moment in time
  - Progressions
    The succession of harmonic contexts over time
  - Harmonization
    Estimating keys, scales and chords from MIDI input
  - Polytonality
    Superimposition of multiple chords
  - Catalog
    Database of interval structures: The foundation of Synfire's knowledge
- Phrases
  A bunch of parameters bundled together
- Rendering
  Mapping the entirety of all parameters to MIDI output
- Arrangements
  About tracks, containers and everything that goes with an arrangement
- Snippets
  Small containers for live performance and improvisation
- Palettes
  Surfing the space of harmony
- Libraries
  Collections of phrases and parameters, the building blocks for arrangements
- Factories
  Generating random parameters and phrases based on musically meaningful rules
- Sketches
  Conducting music in real-time
- Audio System
  About instruments, devices, racks, Drones and the general architecture of the Audio/MIDI system
- User Interface Basics
  Fundamental principles you should know to get started more quickly

Harmonization

Estimating keys, scales and chords from MIDI input

The process of estimating keys, scales and chords from static MIDI input is called Harmonization. It uses a Take parameter for input and creates a Harmony parameter as output.

Harmonization is an important part of Figure Recognition, which separates musical expressions from harmony in order to create a reusable Phrase that can be rendered with different harmony.

The Harmonizer now is a tool for you to control the conversion from Take to Harmony manually and step by step.