by Jordan Scales (http://jordanscales.com) and friends
on Github: http://prezjordan.github.com/Melopy
To install:
$ git clone git://github.com/prezjordan/Melopy
$ cd Melopy
$ python setup.py install
For examples, check out the examples directory:
$ python examples/canon.py
$ python examples/parser.py entertainer < examples/meeps/entertainer.mp
To run the tests: (we've got some errors to work out)
$ python setup.py test
or:
$ pip install -r requirements.txt
$ nosetests
Melopy is broken down into 3 subcategories - melopy, scales, and utility.
melopy.pycontains the Melopy class- this is used for creating a Melopy and adding notes to it, rendering, etc
scales.pycontains methods for generating scales- for instance, if you want to store the C major scale in an array
utility.pycontains methods for finding frequencies of notes, etc
>>> from melopy import Melopy
>>> m = Melopy('mysong')
>>> m.add_quarter_note('A4')
>>> m.add_quarter_note('C#5')
>>> m.add_quarter_note('E5')
>>> m.render()
[==================================================] 100%
Done
- chromatic_scale
- harmonic_minor_scale
- major_pentatonic_scale
- major_scale
- minor_scale
- major_triad
- minor_triad
- melodic_minor_scale
- minor_pentatonic_scale
>>> from melopy.scales import *
>>> major_scale('C4')
['C4', 'D4', 'E4', 'F4', 'G4', 'A4', 'B4']
>>> major_scale('C4','dict')
{0: 'C4', 1: 'D4', 2: 'E4', 3: 'F4', 4: 'G4', 5: 'A4', 6: 'B4'}
>>> major_scale('C4','tuple')
('C4', 'D4', 'E4', 'F4', 'G4', 'A4', 'B4')
>>> minor_scale('D#5') # has some bugs
['D#5', 'F5', 'F#5', 'G#5', 'A#5', 'B5', 'C#6']
>>> major_triad('A4')
['A4', 'C#5', 'E5']
>>> major_triad('A4', 'tuple')
('A4', 'C#5', 'E5')
- key_to_frequency
- key_to_note
- note_to_frequency
- note_to_key
- frequency_to_key
- frequency_to_note
>>> from melopy.utility import *
>>> key_to_frequency(49)
440.0
>>> note_to_frequency('A4')
440.0
>>> note_to_frequency('C5')
523.2511306011972
>>> note_to_key('Bb5')
62
>>> key_to_note(65)
'C#6'
>>> key_to_note(304) # even something stupid
'C26'
>>> frequency_to_key(660)
56
>>> frequency_to_note(660)
'E5'
- Get on PyPI
- Create project page
- Write to wav file bitwise? Rather than having an overhead
- Add option to listen to files before rendering out (Render into RAM, play and then dump?)