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        "author": "Gonzalo Ciruelos",
        "author_email": "gonzalo.ciruelos@gmail.com",
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            "License :: OSI Approved :: MIT License",
            "Programming Language :: Python",
            "Programming Language :: Python :: 3",
            "Programming Language :: Python :: Implementation :: CPython"
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        "description": "\nmusthe\n======\n\nMusic theory implemented in Python. Notes, scales and chords.\n\nIt is still in development so feel free to read the code, fork and make pull requests! They are very welcome!\n\nInstallation\n============\n\nTo install:\n\n    $ pip install musthe\n\n\nDevelopment install\n===================\n\nTo install as development:\n\n(Optional) Create a virtualenv:\n\n    $ python -m venv env\n    $ source env/bin/activate\n\nThen install:\n\n    $ pip install -e .\n\n\nHow to use\n==========\n\nIt is very simple, everything is coded in a object-oriented style, for example:\n\n    $ python\n    >>> from musthe import *\n    >>> a = Note('A')  #Default A4\n    >>> a\n    Note(\"A4\")\n    >>> str(a)\n    'A'\n\n\nSuppose you want to create tension, so you want the perfect fifth or the minor seventh of that A, so you do:\n\n    >>> fifth = Interval('P5')\n    >>> seventh = Interval('m7')\n    >>> a+fifth\n    Note(\"E5\")\n    >>> str(a+fifth)\n    'E'\n    >>> str(a+seventh)\n    'G'\n\nThough it is important to see that the octaves of those notes are different:\n\n    >>> a.octave\n    4\n    >>> (a+seventh).octave\n    5\n\nNow let's see basic chord usage:\n\n\t>>> Chord(Note('A'), 'M')\n\tChord(Note('A'), 'M')\n\t>>> Chord(Note('A'), 'M').notes\n\t[Note(\"A4\"), Note(\"C#5\"), Note(\"E5\")]\n\t>>> Chord(Note('Bb'), 'dim').notes\n\t[Note(\"Bb4\"), Note(\"Db5\"), Note(\"Fb5\")]\n\nYou can use a string to construct a chord:\n\n    >>> Chord('C#aug7') == Chord(Note('C#'), 'aug7')\n    True\n\nDefault chord type is 'M' (Major).\n\nNow lets try scales:\n\n    >>> s = Scale(Note('B'), 'major')\n    >>> [s[i] for i in range(len(s))]\n    [Note('B4'), Note('C#5'), Note('D#5'), Note('E5'), Note('F#5'), Note('G#5'), Note('A#5')]\n    >>> s[0]\n    Note('B4')\n    >>> s[-11]\n    Note('E3')\n\nIt return a list of Note instances, so if you want a cleaner result should do something like:\n\n    >>> s = Scale(Note('B'), 'major')\n    >>> [str(s[i]) for i in range(len(s))]\n    ['B', 'C#', 'D#', 'E', 'F#', 'G#', 'A#']\n\nTo check if notes and chords are contained in a given scale:\n\n    >>> Note('D#3') in s\n    True\n    >>> Note('F3') in s\n    False\n    >>> Chord('C#m') in s\n    True\n    >>> Chord('CM') in s\n    False\n\nNow let's try some advanced stuff: given a list of chords, find all scales that contain those:\n\n    >>> chords = [Chord('Cm'), Chord('Fm7'), Chord('Gm')]\n    >>> for scale in Scale.all():\n    ...     if chords in scale:\n    ...         print(scale)\n    ...\n    C natural_minor\n    Eb major\n\n\nIf you have [lilypond](http://lilypond.org/) installed, you can make little melodies using this program, an example is given in 'lilypond_example.py'\n\n\nContributors\n============\n\nIn alphabetical order\n\n* [David H](https://github.com/bobthenameless)\n* [Edgar Gavrik](https://github.com/edgarasg)\n* [Federico Ferri](https://github.com/fferri)\n* [Gonzalo Ciruelos](https://github.com/gciruelos)\n* [Marco Heins](https://github.com/barrio)\n* [nvoster](https://github.com/nvoster)\n* [Sri Raghavan](https://github.com/srir)\n* [Sylvain](https://github.com/SylvainDe)\n* [zsinx6](https://github.com/zsinx6)\n\n\nLicense\n=======\n\nSee license file.\n\n\n",
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