编程与代码 == 合成与演出
Synthesis and performance in SuperCollider
# About the course
This intensive five-day workshop teaches you the fundamentals of sound synthesis in the SuperCollider programming language, with an emphasis on modular design, real-time patching and control devices for live performance.
# About the instructor
H. James Harkins (Ph.D., Duke University) has 11 years experience composing and performing with SuperCollider, and actively contributes code and documentation to the SuperCollider project. He is the developer of dewdrop_lib, an extension library including components for mixing, MIDI control and high-level organization for larger projects. He is currently an Associate Professor in the Modern Music Department of Xinghai Conservatory of Music in Guangzhou, PRC, teaching electronic music production and film music.
# What is SuperCollider?
SuperCollider is a programming language for audio synthesis and algorithmic composition, designed by James McCartney. The current incarnation, SuperCollider Server, is the third major version and was released as an open-source project in 2002. It is currently maintained by an international group of musicians and programmers. It is an object-oriented language based loosely on SmallTalk, providing Unit Generator objects for synthesis, powerful data structures, and Pattern objects for sequences of musical information.
# What will be taught?
The workshop will culminate with a performance of a group composition. Each student will be responsible for one or two textural layers, to be controlled using mobile devices. The primary focus of each session is practical information to complete the musical work.
Early sessions will build synthesizers from simple pieces of code, where each code snippet represents typical synthesizer components (oscillators, envelope generators, control signals). We will approach basic synthesis techniques by experimentation. We will learn to control these synthesizers using sequencing (patterns) and external devices. The discussion of external devices will cover simple graphical interfaces, and good programming habits to manage incoming control information. Concluding sessions will touch on best practices to build larger projects.
Sessions will be taught in both English and Chinese.
# Are there any prerequisites?
This workshop assumes no prior knowledge of SuperCollider. Familiarity with electronic music technology will be helpful, but not required.
# What do I need to bring?
## Laptop
Participants will need to bring their own laptop (Mac OSX, Linux or Windows 7/8), and a headset for listening.
## SuperCollider installation
Please install SuperCollider before attending the workshop:
[http://supercollider.sourceforge.net/downloads/].
- Mac: Please use SC 3.6.6. OSX 10.6 or higher is recommended.
- Windows: Please use SC 3.6.6.
- Linux: Pre-compiled packages for SC 3.6.3 exist for Debian/Ubuntu and Red Hat. Hoping for this to be updated before the workshop.
## External control (smartphone/tablet, MIDI)
A mobile device with an OSC control app is recommended for the performance sessions.
- Android: *TouchOSC*
[https://play.google.com/store/apps/details?id=net.hexler.touchosc&hl=en]
- iOS: **$4.99** - *TouchOSC*
[https://itunes.apple.com/us/app/touchosc/id288120394?mt=8]
- Free - *mrmr*
[https://itunes.apple.com/us/app/mrmr-osc-controller/id294296343]
If you don't have a smartphone or tablet, a simple MIDI controller such as a NanoKontrol would suffice.
# Day-by-Day Schedule:
10:00 - 12:00 Morning Session
12:00 - 13:00 Lunch
13:00 - 16:00 Afternoon Session (with 15 minute break)
16:30 - 18:00 Private Lesson
Start Time: 2024年10月1日/10:00
End Time: 2024年10月1日/14:00
城市/City: 沈阳/Shenyang
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