A REAL PYTHON SONG!!!!

Changes

3 changed files (+258/-63)

• README.md
  • @@ -3,3 +3,5 @@ Lambeat is a new way to make music using functional programming. It's heavily influenced by [Bytebeat](https://dollchan.net/bytebeat) and initially started out as an reimplementation of Bytebeat in Scheme. Since then, it's grown to be a delightful new way to make music with code.
    ## Get started First, install [Sox](https://sox.sourceforge.net/) and clone this repo. Write some music in `music.scm`. Enjoy your music with `guile --fresh-auto-compile lambeat.scm | play -r 8000 -t s16 -`! + + For the Python version, use `pypy3 music.py | play -r 44100 -t s16 -` to listen and `pypy3 music.py | sox -r 44100 -t s16 - example.wav` to save to a file.
• example.wav
• music.py
  • @@ -7,69 +7,248 @@ # Number of times to sample each second
    bitrate = 44100 intro = [ - (1, 3, 3), - (1, 3, 7), - (1, 3, 10), - (3, 4, 2), - (1, 3, 1), - (1, 3, 5), - (1, 3, 8), - (3, 4, 0), - (1, 2, 11), - (1, 3, 3), - (1, 3, 6), - (2, 3, 10), - (1 / 2, 3, 9, 1 / 2), - (1 / 2, 3, 8, 1 / 2), - (6, 3, 7, 1 / 2), + (1,3,3), + (1,3,7), + (1,3,10), + (6,4,2), + + (1,3,1), + (1,3,5), + (1,3,8), + (3,4,0), + + (1,2,11), + (1,3,3), + (1,3,6), + (3,3,10), + + (1,2,8), + (1,3,0), + (1,3,3), + (8,3,7), ] melody = [ - (3, 3, 7), - (3, 3, 3), - (3, 3, 8), - (2, 3, 7), - (2, 3, 5), - (3, 3, 7), - (2, 3, 3), - (2, 2, 10), - (2, 3, 0), - (6, 3, 3), + (1,3,3), + (1,3,7), + (1,3,10), + (1,4,2), + (1,4,3), + (1,4,7), + (2,4,8), + + (1,3,1), + (1,3,5), + (1,3,8), + (1,4,0), + (1,4,1), + (1,4,5), + (2,4,8), + + (1,3,3), + (1,3,7), + (1,3,10), + (1,4,2), + (1,4,3), + (1,4,10), + (2,4,3), + + (1,3,1), + (1,3,5), + (1,3,8), + (1,4,0), + (1,4,10), + (1,4,8), + (2,4,10), + + + (1,3,3), + (1,3,7), + (1,3,10), + (1,4,2), + (1,4,3), + (1,4,7), + (2,4,8), + + (1,3,1), + (1,3,5), + (1,3,8), + (1,4,0), + (1,4,1), + (1,4,5), + (2,4,1), + + (1,3,3), + (1,3,7), + (1,3,10), + (1,4,2), + (1,4,3), + (1,4,10), + (1,4,8), + (1,4,7), + + (1,3,1), + (1,3,5), + (1,3,8), + (1,4,0), + (1,4,10), + (1,4,8), + (2,4,10), ] bass = [ - (1, 0, 7), - (1, 2, 7), - (1, 2, 7), - (1, 0, 7), - (1, 2, 3), - (1, 2, 3), - (1, 0, 7), - (1, 2, 8), - (1, 2, 8), - (1, 0, 7), - (1, 2, 7), - (1, 0, 7), - (1, 2, 5), - (1, 0, 7), - (1, 2, 7), - (1, 2, 7), - (1, 0, 7), - (1, 2, 3), - (1, 0, 7), - (1, 1, 10), - (1, 0, 7), - (1, 2, 0), - (1, 0, 7), - (1, 2, 3), - (1, 2, 3), - (1, 0, 7), - (1, 2, 3), - (1, 2, 3), + (1,1,3), + (1,1,10), + (1,1,1), + (1,1,8), + (1,1,3), + (1,2,3), + (1,1,1), + (1,1,10), + ] + + melody2 = [ + (1,0,0), + (1,5,10), + (1,5,8), + (1,5,7), + (1,5,8), + (3,5,7,2), + + (1,5,3), + (1,4,10), + (6,5,1,2), + + (1/2,5,0,2), + (1/2,5,1,2), + (3,5,3,2), + (1/2,5,10,2), + (7/2,5,3,2), + + (8,0,0), + + (1,0,0), + (1,5,3), + (1,5,10), + (1,5,10), + (4/3,5,10), + (4/3,5,8), + (4/3,5,7), + + (1,0,0), + (1,5,1), + (1,5,8), + (1,5,8), + (4/3,5,8), + (4/3,5,8), + (4/3,5,10), + + (8,0,0), + + (1,0,0), + (5,5,3,2), + (2,5,10,2), + ] + + melody3 = [ + (1,0,0), + (1,5,10), + (1/2,5,8,2/3), + (1/2,5,7,2/3), + (1/4,5,8,1/2), + (1/4,5,7,1/2), + (1/4,5,8,1/2), + (1/4,5,7,1/2), + (1,5,8), + (3,5,7,2), + + (1,5,3), + (1,4,10), + (1,5,1), + (5,5,7,2), + + (1/2,5,7), + (1/2,5,10), + (1/4,5,7), + (1/4,5,10), + (1/4,5,7), + (1/4,5,10), + (1,6,3), + (2,5,3,2), + (1/2,6,3), + (5/2,5,3,2), + + (1/2,5,10), + (1/2,5,8), + (1/2,5,7), + (1/2,5,8), + (1/2,5,7), + (1/2,5,3), + (1/2,4,10), + (1/2,5,1), + (1/2,5,0), + (1/2,4,10), + (1/2,4,8), + (1/2,4,10), + (1/2,5,3), + (1/2,5,7), + (1/2,5,3), + (1/2,5,10), + + (4/3,5,7), + (4/3,6,3), + (4/3,6,3), + (4/3,6,2), + (4/3,5,10), + (4/3,5,7), + + (3,5,5), + (2,5,7), + (2,5,8), + (1,6,1), + + (1,5,3), + (1,5,5), + (2,5,7), + (1,5,3), + (1,5,8), + (2,5,10), + + (3/2,6,0), + (3/2,6,1), + (5,6,3,2), ] - music = [] + outro = [ + (1,3,3), + (1,3,7), + (1,3,10), + (1,4,2), + (1,4,3), + (1,4,7), + (2,4,8), + + (1,3,1), + (1,3,5), + (1,3,8), + (1,4,0), + (1,4,1), + (1,4,5), + (2,4,8), + + (1,2,11), + (1,3,3), + (1,3,6), + (1,3,10), + (1.5,3,11), + (1.5,4,3), + (3,4,8), + (1.5,2,8), + (1.5,3,0), + (2,3,3), + (16,3,7), + ] def process(notes, start, speed=1, gain=1): """
  • @@ -80,15 +259,28 @@ for note in notes:
    vol = 1 if len(note) == 4: vol = note[3] - music.append((t, t + note[0] / speed, note[1], note[2], vol * gain)) - t += note[0] / speed + start = min(t, t + note[0] / speed) + end = max(t, t + note[0] / speed) + music.append((start, end, note[1], note[2], vol * gain)) + t = end # Process all lists of notes - process(intro, 0, 3) - process(melody, 8, 3) - process(bass, 8, 3, 1 / 2) - # And sort them + music = [] + process(intro, 0, 4) + process(melody, 8, 4) + process(melody, 24, 4) + process(bass, 24) + process(bass, 32) + process(melody, 40, 4) + process(melody2, 40, 4) + process(bass, 40) + process(bass, 48) + process(melody, 56, 4) + process(melody3, 56, 4) + process(bass, 56) + process(bass, 64) + process(outro, 72, 4) music.sort()
  • @@ -110,8 +302,9 @@ # Y = sum([math.sin(2 * i * math.pi * t * f) * math.exp(-0.0004 * 2 * math.pi * t * f) / 2**i for i in range(1, 4)])
    # Y += Y * Y * Y # Y *= 1 + 16 * t * math.exp(-6 * t) w = 2 * math.pi * f - Y = 0.6 * math.sin(w * t) * math.exp(-0.0015 * w * t) - Y += 0.4 * math.sin(2 * w * t) * math.exp(-0.0015 * w * t) + Y = 0.6 * math.sin(w * t) * math.exp(-0.001 * w * t) + Y += 0.2 * math.sin(2 * w * t) * math.exp(-0.001 * w * t) + Y += 0.05 * math.sin(3 * w * t) * math.exp(-0.001 * w * t) Y += Y * Y * Y Y *= 1 + 16 * t * math.exp(-6 * t) return Y
  • @@ -133,5 +326,5 @@ return int(2**12 * ret)
    # Print out music encoded in s16 to standard output - for i in range(0 * bitrate, 16 * bitrate): + for i in range(0 * bitrate, 84 * bitrate): sys.stdout.buffer.write(struct.pack("h", at(i / bitrate)))