Name | mdpw JSON |
Version |
0.0.3
JSON |
| download |
home_page | http://github.com/cwbp/mdpw |
Summary | Generate MIDI file from Array of Array data. |
upload_time | 2024-06-29 10:25:39 |
maintainer | None |
docs_url | None |
author | cwbp |
requires_python | None |
license | MIT |
keywords |
midi
|
VCS |
|
bugtrack_url |
|
requirements |
No requirements were recorded.
|
Travis-CI |
No Travis.
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coveralls test coverage |
No coveralls.
|
MDPW
====
This package generates a PrettyMIDI object from Array of Array.
Here is a sample code.
::
import mdpw
a = ['s',['n',64,1,64,1],['n',68,1,64,1],['n',71,1,64,1],
['c',['n',64,1,64,1],['n',68,1,64,1],['n',71,1,64,1]]]
mdpw.compile(a, 120).write("hello.mid")
'n' means a note and followed values are pitch, duration, velocity and instrument. The instrument 129 means Drum.
's' means to play sequentially and 'c' means to play simultaneously.
Here is anther sample code.
::
from mdpw import INSTRUMENTS as I
from mdpw import DRUMS as D
from mdpw import note, seq, chord, compile
dph = D['PedalHi-Hat']
i = I['Drum']
hh = ['s',['n',dph,1,127,i],['n',dph,1],['n',dph,1],['n',dph,1]]
b = seq(note(64,.5,0,I['ElectricBassPick']),note(64,1,127),note(64,1),note(64,1))
m = chord(seq(hh,hh,hh,hh),seq(b,b,b,b))
compile(m, 120).write("sample.mid")
In fact, the functions 'note', 'seq', 'chord' return arrays.
You can generate a round chant like this:
::
import mdpw
from mdpw import note as n
from mdpw import seq as s
from mdpw import chord as c
from mdpw import compile
m0 = s(n(64,1,64,17), n(66), n(68), n(69), n(68),n(66),n(64),n(0,1,0))
m01 = s(n(64,.5,64,17),n(64), n(66), n(66), n(68),n(68), n(69),n(69), n(68),n(68),n(66),n(66),n(64,1),n(0,1,0))
m1 = s(n(68,1,64,17), n(69), n(71), n(73), n(71),n(69),n(68),n(0,1,0))
m2 = s(n(64,2,125,17), n(64), n(64), n(64))
a = s(m0, m1, m2,m01)
r = n(0,8,0,1)
a =c(a, s(r, a), s(r, r, a))
mdpw.compile(a, 120).write("frog.mid")
Raw data
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"description": "MDPW\n====\nThis package generates a PrettyMIDI object from Array of Array. \nHere is a sample code.\n:: \n\n import mdpw\n a = ['s',['n',64,1,64,1],['n',68,1,64,1],['n',71,1,64,1],\n ['c',['n',64,1,64,1],['n',68,1,64,1],['n',71,1,64,1]]]\n mdpw.compile(a, 120).write(\"hello.mid\")\n\n\n'n' means a note and followed values are pitch, duration, velocity and instrument. The instrument 129 means Drum.\n's' means to play sequentially and 'c' means to play simultaneously.\n\n\nHere is anther sample code.\n::\n\n from mdpw import INSTRUMENTS as I\n from mdpw import DRUMS as D\n from mdpw import note, seq, chord, compile\n dph = D['PedalHi-Hat']\n i = I['Drum']\n hh = ['s',['n',dph,1,127,i],['n',dph,1],['n',dph,1],['n',dph,1]]\n b = seq(note(64,.5,0,I['ElectricBassPick']),note(64,1,127),note(64,1),note(64,1))\n m = chord(seq(hh,hh,hh,hh),seq(b,b,b,b))\n compile(m, 120).write(\"sample.mid\")\n\nIn fact, the functions 'note', 'seq', 'chord' return arrays.\n\nYou can generate a round chant like this:\n::\n\n import mdpw\n from mdpw import note as n\n from mdpw import seq as s\n from mdpw import chord as c\n from mdpw import compile\n\n m0 = s(n(64,1,64,17), n(66), n(68), n(69), n(68),n(66),n(64),n(0,1,0))\n m01 = s(n(64,.5,64,17),n(64), n(66), n(66), n(68),n(68), n(69),n(69), n(68),n(68),n(66),n(66),n(64,1),n(0,1,0))\n m1 = s(n(68,1,64,17), n(69), n(71), n(73), n(71),n(69),n(68),n(0,1,0))\n m2 = s(n(64,2,125,17), n(64), n(64), n(64))\n a = s(m0, m1, m2,m01)\n r = n(0,8,0,1)\n a =c(a, s(r, a), s(r, r, a))\n mdpw.compile(a, 120).write(\"frog.mid\")\n\n\n\n\n\n\n",
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