A Python interface to SuperCollider.

Supriya lets you:

• boot and communicate with SuperCollider's scsynth synthesis server
• construct and compile SynthDef unit generator graphs in native Python code
• build and control graphs of synthesizers and synthesizer groups
• object-model scysnth OSC communications explicitly via Request and Response classes
• schedule synthesizer events and patterns

Supriya's source is hosted at https://github.com/Pulgama/supriya.

Documentation is available at https://supriya.readthedocs.org/en/latest/.

Join the development mailing list at supriya-dev@googlegroups.com.

Please note: this project is still under heavy development, is not yet stable, and is not yet intended for deployment in the field.

Send compliments or complaints to josiah.oberholtzer@gmail.com, or register an issue at https://github.com/Pulgama/supriya/issues.

Compatible with Python 2.7, 3.3 and 3.4.

Basta.

To install, simply clone supriya and run the included setup.py:

~$ git clone https://github.com/Pulgama/supriya.git
~$ cd supriya
supriya$ sudo python setup.py install

To run the test suite:

supriya$ tox 

Make sure that SuperCollider is installed, and that scsynth is available from the command-line. supriya targets SuperCollider 3.6.5 and above, although it may work with earlier versions as well.

~$ scsynth -h
supercollider_synth  options:
...

SuperCollider may be found at http://supercollider.sourceforge.net/ for all platforms. Alternatively, many Linux distributions will allow you to install SuperCollider via their package manager.

supriya has the following Python dependencies for all Python versions:

• abjad
• numpy
• pexpect
• pytest
• rtmidi-python
• six
• sphinx_rtd_theme
• sphinx
• tornado
• tox
• wavefile

Additionally, supriya requires funcsigs with Python 2.7, and enum34 for both Python 2.7 and Python 3.3.

python-wavefile requires that libsndfile be installed. Source for libsndfile for OSX platforms may be found at http://www.mega-nerd.com/libsndfile/#Download.

When installed via the included setup.py file (sudo python setup.py install) all of the above dependencies will be installed automatically.

supriya has not been tested with Python 3.x versions earlier than 3.3.

Import packages from supriya:

>>> from supriya import servertools
>>> from supriya import synthdeftools
>>> from supriya import ugentools

Boot the SuperCollider server:

>>> server = servertools.Server()
>>> server.boot()
<Server: udp://127.0.0.1:57751, 8i8o>

Create and allocate a group:

>>> group = servertools.Group().allocate()

Make a synthesizer definition and send it to the server:

>>> builder = synthdeftools.SynthDefBuilder(
...     amplitude=1.0,
...     frequency=440.0,
...     gate=1.0,
...     )
>>> with builder:
...     source = ugentools.SinOsc.ar(
...         frequency=builder['frequency'],
...         )
...     envelope = ugentools.EnvGen.kr(
...         done_action=synthdeftools.DoneAction.FREE_SYNTH,
...         envelope=synthdeftools.Envelope.asr(),
...         gate=builder['gate'],
...         )
...     source = source * builder['amplitude']
...     source = source * envelope
...     out = ugentools.Out.ar(
...         bus=(0, 1),
...         source=source,
...         )
...
>>> synthdef = builder.build().allocate()

Synchronize with the server:

>>> server.sync()
<Server: udp://127.0.0.1:57751, 8i8o>

Create a synthesizer with the previously defined synthesizer definition:

>>> synth = servertools.Synth(synthdef)
>>> synth
<Synth: ???>

Allocate it on the server as a child of the previously created group:

>>> group.append(synth)
>>> synth
<Synth: 1001>

Query the server's node tree:

>>> response = server.query_remote_nodes(include_controls=True)
>>> print(response)
NODE TREE 0 group
    1 group
        1000 group
            1001 f1c3ea5063065be20688f82b415c1108
                amplitude: 0.0, frequency: 440.0

Bind a MIDI controller to the synth's controls:

>>> korg = miditools.NanoKontrol2()
>>> korg.open_port(0)
>>> source = korg.fader_1
>>> target = synth.controls['frequency']
>>> bind(source, target, range_=Range(110, 880), exponent=2.0)
Binding()

Release the synth:

>>> synth.release()

Quit the server:

>>> server.quit()
<Server: offline>

• Cleanup server object proxies
  • BufferGroup, Buffer, BufferProxy
  • BusGroup, Bus, BusProxy (for both Audio and Control buses)
  • SynthControl
    • QueryTreeControl.from_control()
• Make SynthDef immutable
  • Implement SynthDefBuilder
  • Implement Parameter class (model a single control name, value, rate)
  • Implement AudioControl and TrigControl UGens
• Explicitly object model Server requests
  • Audit all asynchronous request/response pairs
• Implement complete Buffer API
  • /b_alloc
  • /b_allocRead, /b_allocReadChannel
  • /b_read, /b_readChannel
  • /b_write, /b_close
  • /b_get, /b_getn
  • /b_set, /b_setn
  • /b_query
  • /b_gen, /b_fill, /b_zero
  • /b_free
• Implement complete Bus(-related) API
  • /c_set, /c_setn
  • /c_fill
  • /c_get, /c_getn
  • /n_map, /n_mapn
  • /n_mapa, /n_mapan
• Implement all UGen binary operators
• Implement all UGen unary operators
• MIDI callbacks
• Port all UGens
  • AudioIn.sc
  • BasicOpsUGen.sc
  • BEQSuite.sc
  • BufIO.sc
  • Chaos.sc
  • CheckBadValues.sc
  • Compander.sc
  • Delays.sc
  • DelayWr.sc
  • Demand.sc
  • DiskIO.sc
  • EnvGen.sc
  • FFT.sc
  • Filter.sc
  • FreeVerb.sc
  • FSinOsc.sc
  • Gendyn.sc
  • GrainUGens.sc
  • GVerb.sc
  • Hilbert.sc
  • InfoUGens.sc
  • InOut.sc
  • Line.sc
  • MachineListening.sc
  • MacUGens.sc
  • Mix.sc
  • MoogFF.sc
  • Noise.sc
  • Osc.sc
  • Pan.sc
  • PhysicalModel.sc
  • PitchShift.sc
  • Pluck.sc
  • Poll.sc
  • PSinGraph.sc
  • Splay.sc
  • Trig.sc
  • UGen.sc
• Implement appropriate UGen input checking
• Port all UGen examples
• Write SynthDef compilation/sending tests to scsynth for all UGens
• Implement tempo-accurate clocks and scheduled OSCBundle logic

• PySide-based GUI generation
• Kivy-based GUI generation
• Non-realtime composition
  • NRTScore
  • NRT node graph time slicing?