![]() What is SuperCollider and how it compares to other programming environments such as Pd and Max/MSPīuilding your own Synth Definitions (SynthDef)īrief demo of synthesis techniques: additive, subtractive, AM, FM, granular synthesisīuilding GUIs (Graphical User Interfaces) in SuperCollider For more information, please visit this page. If you have any questions, do not hesitate to ask.Ī limited number of scholarships are available to promote the engagement of students from underrepresented backgrounds in the field of electronic and computer music, including gender, ethnicity, age, disability, area of study, or financial ability. Part time participants attend lectures only (choice of in-person or Zoom).Ĭlick on the big button below to register. Lab sessions are when you work individually on your own project and get personalized one-on-one help. MORNING: 2-hour lecture (10:00-12:00 California time)ĪFTERNOON: 2-hour lab session (1:30-3:30pm California time).įull time participants attend lectures and labs in person. We will end the week with a listening session where all participants will play and discuss their final projects. Participants immediately start working on projects the first day and are expected to finish a short project by the last day. People of all computer skill levels are welcome. ![]() This is a project-based class in which you will learn the practical skills you need to achieve your goals. If you have some prior experience with SuperCollider or other similar software, you will be able to move more quickly into advanced topics with help and advice from the instructor. If you have no prior experience, we will guide you through the creation of your first sounds, instruments and musical structures in SuperCollider. The class is aimed at musicians, composers, researchers, sound artists, programmers, and all computer & electronic music enthusiasts interested in learning more about SuperCollider. ![]() This five-day workshop welcomes participants of any discipline with or without prior programming or musical experience. SuperCollider works on Mac, Windows, and Linux (including embedded systems such as the Raspberry Pi).Īn intensive but gentle introduction to SuperCollider Moreover, it is open source and totally free of charge. It features a state-of-the-art sound engine and an easy to learn, fully featured object oriented language. It is widely used by artists and scientists alike for both research and artistic creation. SuperCollider Workshop SuperCollider is one of the most joyful (and powerful) programming environments for real time sound synthesis and processing, algorithmic & generative composition, and many other audio related applications. Participants are responsible for their own lodging and expenses regardless of COVID status. ![]() If a participant tests positive during the course of the workshop, they will not be able to continue attending in person, and must isolate as recommended by the CDC. All in-person participants will provide a negative COVID-19 test from a verifiable pharmacy source or healthcare provider on the first day of the program if unable to provide such, CCRMA will have rapid antigen tests available. ![]() Per university policy, no religious or medical exceptions will be allowed. MODALITY : in-person for full time option in-person or zoom for part time option.ĭIVERSITY SCHOLARSHIP: please visit this page.ĬOVID-19 NOTICE: Stanford University is now welcoming visitors back to campus however all participants who are joining us for in-person workshops must be fully vaccinated and boosted (if booster-eligible), and proof of vaccination status must be provided at the start of the workshop. Pacific Time (California time)ĬLASS SIZE: For optimal learning and individual attention, we will cap this workshop at around 15 participants. Quick info about this workshop: DATES: Monday through Friday, August 28-September 01, 2023 ![]()
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