Alda

Write a script in Python that calculates a mathematical sequence (e.g., Fibonacci).

Map the numerical output to corresponding musical notes and format as Alda syntax strings.

Pipe the script's output directly into the 'alda play' CLI command.

Listen to the generative composition synthesized in real-time.

Open a terminal emulator and initiate the Alda REPL environment.

Declare a base instrument, such as 'piano:', to set the audio context.

Rapidly type and enter short sequences of notes and rhythms to build a loop.

Dynamically introduce new instruments and harmonies on the fly to build polyphony.

Draft the initial musical arrangement in a '.alda' plain text file.

Commit and push the file to a shared Git repository.

Collaborators pull the file, make modifications, and submit pull requests.

Use standard Git diff tools to visually review note changes before merging.

Open any lightweight text editor (e.g., Vim, Notepad).

Jot down the melody using Alda's simple letter notation (e.g., 'c8 d e f').

Save the file and run the playback command via terminal.

Iterate immediately based on what is heard.

Install the Alda binary on student computer lab workstations.

Assign exercises where students must write out specific scales and chord progressions in plain text.

Have students execute their text files to aurally verify their theoretical work.

Instructors visually grade the plain text logic for theoretical correctness.