that

This system is called "that", as in "you know that".

This is a condensed version of the real time sound analysis we did in the Musikinformatik seminar May/June 2021 @ RSH Düsseldorf which was rewritten into a Quark.

That allows to use values of UGens (which are running on the server) in the sclang domain which allows for interaction with live material by using analysis UGens on the signal. This allows the creation of autonomous systems such as Voyager by George Lewis, but is not limited to that.

Along the Quark version there is also the original version (in a more functional manner) available in that-intro.scd and that-system-functions.scd, but whose API differs from the one used in the Quark and therefore the examples are not interchangeable.

Installation

You can use Quarks to install the extension.

supercollider Quarks.install("https://github.com/musikinformatik/that.git");

After installation please re-compile the Class Library (which is done by restarting the interpreter) to make the class available in the interpreter.

Documentation

To view the documentation search for the class That in the Help Browser after installation and restart of the interpreter.

Development

Everyone is invited to participate in development. Please add and run tests if you modify the code. Tests can be run via

supercollider TestThat.run();

There is a previous version included that uses environments and functions only. It can be found in the folder function-based-that

License

GPL 3

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