This time with
gedit support!!!
And here's a short hands-on tutorial, just in case anyone would like to try out this extremely efficient synthesis environment for the first time...
UPDATE:The best way to get semi-official SuperCollider packages is the
SuperCollider PPA. Check its page for instructions on adding the repository.
After you've successfully added the PPA to your software sources, install
supercollider and
supercollider-gedit packages.
Then start gedit and open Edit->Preferences. Enable
Sced plugin from the Plugins tab:
Okay, now we can try the interpreter. Select Tools->SuperCollider Mode from the gedit menu. The SuperCollider output panel will appear with a message that SuperCollider has started. Now type the following code just inside the currently open document:
"Hello, World!".postln;
Make sure that the cursor is on the same line and press CTRL+E. You should see "Hello, World" printed two times in the output window. The string is duplicated because "postln" returned the same string as a value, and the output also prints the results of the evaluated expressions.
If you'd like to get some sound, make sure that JACK is started. If not, start it with qjackctl or the following command:
jackd -d alsa
After JACK has started, select SuperCollider->Start Server from the gedit menu and execute the following code string, just like we did with the "Hello, World" example above:
{SinOsc.ar}.play;You should hear an annoying beep from your left speaker. Not much, huh? Well, press ESC (Stop Sound) inside gedit for now. And append something like the following code to your document (yes, you can do all the work in the same document):
// This example is a modified patch
// from the SuperCollider book by David Cottle
// You can enable syntax highlighting
// by selecting View->Highlight Mode->Others->SuperCollider
( // press CTRL+E here
{
RLPF.ar(
Saw.ar(55),
LFNoise1.kr([5, 5], mul: 440, add: 880),
0.1,
mul: 0.25
)
}.play;
)Note the brackets around the actual code. They're used to group code together into "blocks" and execute SuperCollider instructions simultaneously. In this example you will need to press CTRL+E where indicated to select and run our block. Remember, that you can shutdown the sound anytime with ESC! :)
As you can see, we have a Saw oscillator, connected to a resonant low-pass filter (RLPF) here and the cutoff frequency is controlled by an interpolated random value (LFNoise1). You can open reference pages for the respective modules (UGens) by positioning the cursor over them and pressing CTRL+U, but make sure that you install
supercollider-doc package to get those.
Well, I hope this tutorial will help you get started with SuperCollider. Make sure you also stop by the SuperCollider
website and the
wiki for more tutorials and examples.
