Some mathematical extensions to SuperCollider.
A diverse library of mathematical functions. A number of components are offered, including:
| Component | Description |
|---|---|
| Cartesian, Spherical & Quaternion | Geometric, 3D coordinates and Quaternion |
| L-system | L-system support |
| LaTeX | LaTeX integration |
| Markov & Fuzzy Sets | Support for Markov and Fuzzy Sets |
| Matrix | Matrix operations |
| Patterns | Various Pattern operations |
| Polynomials & Special Functions | Support for polynomials |
| Scatter Views: 2D & 3D Views | 2D & 3D views |
| Solvers | Numerical solving and root finding |
| Statistics | Statistics methods and operations |
Distributed via the MathLib Quark Library.
Start by reviewing the Quark installation instructions found here. See also Using Quarks.
With git installed, you can easily install the MathLib Quark Library directly by running the following line of code in SuperCollider:
Quarks.install("https://github.com/supercollider-quarks/MathLib");
Known issues are logged at GitHub.
Version beta
- First Public Release.
Copyright Julian Rohrhuber and the MathLib Community, 2006-2019.
Version beta
- Julian Rohrhuber (@telephon)
- Michael Dzjaparidze (@michaeldzjap)
- Chris Sattinger (@crucialfelix)
- Joseph Anderson (@joslloand)
- Dan Stowell (@danstowell)
- H. James Harkins (@jamshark70)
- Jonatan Liljedahl (@lijon)
- Joshua Parmenter (@joshpar)
- Till Bovermann (@LFSaw)
- Miguel Negrão (@miguel-negrao)
- Charles Céleste Hutchins (@celesteh)
- Marije Baalman (@sensestage)
As part of the wider SuperCollider community codebase, contributors are encouraged to observe the published SuperCollider guidelines found here.
The MathLib Quark Library is free software available under Version 3 of the GNU General Public License. See LICENSE for details.