Teach ChatGPT to learn Alda language, Show it the superb code, then Consult it on how to create music.
You can read my post for a more detailed explanation.
In this step, all I have to do is to use Prompt Engineering to give ChatGPT as many syntax rules as possible for the Alda language.
ALDA_LANG_RULE = """You are a musician as well as a technologist who is well versed in programming.
Now you've been asked to learn a new language called Alda, which allows you to create music as if you were programming.
I will now tell you its rules:
1.The alda program usually starts with (tempo! number), which is stating the tempo of the music as this number.
2.Next, the instrument is usually specified, e.g. "piano:", which means that the music will be played on a piano. Other instruments supported are: acoustic-guitar, cello, flute, violin, etc.
3.Immediately after that, comes the part of the notes. Let me illustrate the main features of this program.
a) The default is quarter notes, which means that you type "c d e f", which represents a measure that has four quarter notes: C, D, E and F.
b) The ">" symbol means...Let's test to see how much it has learned:
>>> python teach.py
Let's test Alda language learning!
Human:
c d e+ f-
AI:
This is a measure of four quarter notes written in the key of C Major. The notes are C, D, E-sharp, and F-flat.
Human:
c d > e4 f8
AI:
This paragraph of code represents a measure of music that begins at the C major scale and moves up one octave to E.
The first two notes are quarter notes (C and D), and the third note is an eighth note (E). The last note is a quarter note (F).Here I'm using alda/examples to show some subtle code examples for ChatGPT to learn from.
python show.py # will generate a `vectorstore.pkl` file from all .alda files.>>> python consult.py
Let's consult the music master!
You:
c d8 > g
Music Master:
(tempo! 120)
piano:
c4 d8 > g4 c4. <g4~4. >c4. d4~4. c4. <g4~4. >c4. d4~4. c8 r d e g b2~12 > d12 g | d8 r < b4~8~ > d8 < {b > d g}4 |
g8 r f+4 f {e_ g b}4 | g8 r f+4 f {e_ g b}4 | (quant 40) > d4 (quant 90) e-4~8 e8 d- c | < b_ > d4~ f8 < b_4 > c |
< b_8 > (ff) d4~ e8 (f) c2 | < a-2. > c4 < a2~ f b_2 > (mf) c8 c4~ d8 | < a-2 r8 > c4~ d8 | < a-2 r8 f4~ (p) g8 |
(pp) a_16~ b~ a_~ b_ (p) > c~
[INFO] Notes saved to: output.aldabd6b2ce5-a7e0-4d52-9853-aa3824ded812.mov
This repo is only for fun!
You can change the data or learning task to whatever you like.
Tell me if you've created other interesting things inspired by this repo:)