A Python package for music theory, composition, analysis, and MIDI generation.
Mingus is a Python package that enables programmers, musicians, composers, and researchers to create, analyze, and manipulate music programmatically. It provides tools for music theory, composition, MIDI generation, and musical analysis within a code-based workflow.
Python developers working on music-related applications, musicians and composers who want to automate or analyze music, and researchers studying music theory or computational musicology.
Mingus offers a comprehensive, code-native approach to music programming with built-in music theory rules, MIDI support, and analysis tools—all within a single Python package without external dependencies.
Mingus is a music package for Python
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Includes built-in support for chords, scales, intervals, and progressions with music theory rules, enabling accurate analysis and composition directly in code.
Allows creation and manipulation of MIDI files programmatically, facilitating playback and integration with other music software without external dependencies.
Provides functions to analyze musical structures and harmonies, making it valuable for research and educational applications in computational musicology.
Designed for a practical, code-first approach, ideal for developers automating music tasks without relying on graphical tools or complex setups.
Focused on MIDI and offline processing, lacking support for real-time audio synthesis or live performance features, which limits use in interactive applications.
The minimal README and external documentation may be sparse or outdated, requiring users to frequently consult source code or community forums for guidance.
As a niche library, it has fewer third-party integrations, plugins, and community support compared to alternatives like Music21, which can slow development.