If you have any questions, feel free to email me at stevenyi@csounds.com
thanks,
steven
For my personal site, please visit http://www.kunstmusik.com
If you have any questions, feel free to email me at stevenyi@csounds.com
thanks,
steven
For my personal site, please visit http://www.kunstmusik.com
A music composition environments for use with Csound, written in Java.
Platforms: Windows, MacOSX, Linux
Java program for visually editting Scanned Synthesis Matrices.
Platforms: Windows, MacOSX, Linux
A rudimentary GUI building program for use with FLTK opcodes.
Platforms: Windows, MacOSX, Linux
Scripts and Libraries I've written in Python for use with Csound.
Platforms: Windows, MacOSX, Linux
An instrument modeled on the Casio CZ-101 and its Phase Distortion Synthesis. Click the download link above for a zip file of blue project, CSD files, and README. (The latest version of this instrument will always be available in blueShare.)
Version 1.1 - 2007.12.14
[+] README
[+] Image of interface from blue version of instrument
[+] Example 1 (mp3)
[+] Example 2 (mp3)
[+] Example 3 (mp3)
[+] Example 4 (mp3)
An instrument on the SID sound chip commonly used in Commodore 64 computers. Click the download link above for a zip file of blue project, CSD files, and README. (The latest version of this instrument will always be available in blueShare.)
Version 1.1 - 2008.02.04
[+] README
[+] Image of interface from blue version of instrument
[+] Example 1 (mp3)
[+] Example 2 (mp3)
[+] Example 3 (mp3)
Thoughts and experiences from working with Scanned Synthesis in Csound.
yi_scannedSynthesis.zip - Includes "Working with Scanned Synthesis" html file, example CSD file, blue work file, and matrices for use with Scanned Synthesis examples.
Utility to convert SCO-style ftables to ORC-style (ftgen) ftables.
Utility to convert Macros into User-Defined Opcodes.
I had gone to East-West books in New York and while there had heard some
lovely bell sounds. The sounds were coming from a thing in the back that
had water flowing into a small basin. Inside the basin were a ring of
fixed, different sized bells, as well as a couple of floating bells. As
the floating bells floated around the circle they would occasionally hit
the ring of bells.
This version is based on score generation functions I had written in python,
and was written with Csound facilities alone.
This is meant to be performed in realtime. The commandline I used to operate
this is:
csound -d -o dac cyclicBells.csd
A checklist for the csound catalog (keep tabs on what you've looked at)
instruments generated from the SHARC timbre database by Gregory J. Sandell
(the original page
here is no longer available, but a zip file of the
database can be found here.)
Available as blue work file (for use with blue composition environment) or as a Csound CSD file.
[+] .blue file