mtmccrea / ambiverbsc

The AmbiVerbSC is a tank reverb quark with coupling. It was creating in collaboration with Center for Digital Arts and Experimental Media at the University of Washington under Dr.Joseph Anderson.

AmbiVerbSC

The AmbiVerbSC is a tank reverb quark with coupling. It was creating in collaboration with the Center for Digital Arts and Experimental Media at the University of Washington under Dr.Joseph Anderson.

Prerequisites

• the Ambsionic Toolkit with kernels
• SuperCollider 3.9.0

Installing

AmbiVerbSC can be installed using the Quarks gui in supercollier.

• Here's some more information on quarks and how to use them --> Quarks Help

Getting Started

To use the AmbiVerbSC GUI, run the following code -

AmbiVerbGUI(s);

A description of AmbiVerbSC's inner workings can be found on the AmbiVerbSC tutorial page in the help browser. Parameter details can be found in the class help file.

Click this link for more information on SuperCollider Help

Built With

• SuperCollider 3.9.0 - Audio synthesis platform
• Ambisonic Toolkit - Tools to convert and manipulate audio in 3D space

Resources

• Anderson, Joseph, and Sean Costello. "Adapting artificial reverberation architectures for B-format signal processing." In Proc. of the Int. Ambisonics Symposium, Graz, Austria. 2009.
• Dattorro, Jon. "Effect design, part 1: Reverberator and other filters." Journal of the Audio Engineering Society 45, no. 9 (1997): 660-684.
• Dodge, Charles, and Thomas A. Jerse. Computer music: synthesis, composition and performance. Macmillan Library Reference, 1997.
• Lopez-Lezcano, Fernando. "An Architecture for Reverberation in High Order Ambisonics." In Audio Engineering Society Convention 137. Audio Engineering Society, 2014.
• Schroeder, Manfred R., and Benjamin F. Logan. "" Colorless" artificial reverberation." IRE Transactions on Audio 6 (1961): 209-214.
• Wiggins, Bruce, and Mark Dring. "AmbiFreeVerb 2—Development of a 3D Ambisonic Reverb with Spatial Warping and Variable Scattering." In Audio Engineering Society Conference: 2016 AES International Conference on Sound Field Control. Audio Engineering Society, 2016.

Author

• James Wenlock - JamesWenlock

License

• This softwere is licensed under the GNU General Public License
• See the LICENSE.md file for details

Acknowledgments

• This project would not have been possible without the guidence, generosity and support from University of Washington's Digital Arts deparment.
• I would like to personally thank
  • Dr.Joseph Anderson for taking me on this quater. Acting as my mentor this quater, he taught me everything I know now about ambisonics, as well as a bunch of other things! He's absolutely brilliant and I'm so grateful for all the time, flexibility, resources and expertise. This project would not have happened without him!
  • Dan Peterson for all the help! He's debugged my code, helped me develop new techniques, as well as be a fantastic teacher throughout my sonic studies. This project would not have happened without him!
  • Dr.Juan Pampin for meeting with me throughtout the year and helping me reach my rather ambitious goals. Thanks so much for the incredible resources and opportunities
  • Dr.Ewa Trębacz for getting me started in the labs and helping me get the resources needed to execute this project. I appreciate the time and thought!
  • Michael McCrea for the support in code and troubleshooting throughout this project. I appreciate the merges and talking shop! Thank you!