The Metacreation Lab is engaged in a variety of research and artistic projects. These span a wide variety of topics, but all have to do with generative systems and computational creativity in some ways. We tried our best to organize the projects by category. Please use the menu on the left to navigate our projects.

Affective Movement Recognition and Generation

We build models to teach machines to recognize and synthesize affect expression through human movement. In particular, we investigate question such as: Can people perceive valence and arousal in motion capture without facial expressions? Do people agree on what they see? Can we train machine learning models using human ratings to classify movements of different […]

Kıvanç Tatar

  Kıvanç Tatar is a musician playing trumpet and/or electronics, and a composer interested in electroacoustic music. He finished B.Sc Electrical and Electronics Engineering in Middle East Technical University and M.Mus. Sonic Arts in Center for Advance Studies in Music (MIAM), Istanbul Technical University. His research focuses on Musical Agent Design, Automatic Synthesizer Preset Generation, […]


Musebots have moved! We are super excited to say that musebots have grown beyond the Metacreation Lab! The musebot site is now part of Musical Metacreation, with musebot info found here. brain injuries haunt football players years laterThen they told me I did; then they told me it wasn’t a touchdown. I wasn’t aware of […]

Tristan Bayfield

Tristan Bayfield graduated from computing science at SFU (2015) with an extended minor in music, and has a diploma in electrical engineering from BCIT (2006). He has focused his studies around sound synthesis, digital signal processing, and applications for live music performance. Tristan enjoys listening to and writing electronic music; professionally, he aims to create intelligent tools […]

MusiCOG & ManuScore

MusiCOG Music composition is an intellectually demanding human activity that engages a wide range of cognitive faculties. Although several domain-general integrated cognitive architectures (ICAs) exist—ACT-R, Soar, Icarus, etc.—the use of integrated models for solving musical problems remains virtually unexplored. In designing MusiCOG, we wanted to bring forward ideas from our previous work, and combine these […]