From d2d5115c8aee4057008655faac4974042e9cfb05 Mon Sep 17 00:00:00 2001 From: Kenneth Reitz Date: Fri, 27 Mar 2026 12:25:05 -0400 Subject: [PATCH] Song #25: Epic Bhairav + vocal synth merged to master MIME-Version: 1.0 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: 8bit Orchestral piece in 22-shruti JI with choir vowel pads, timpani rolls, bansuri, cello, sitar, strings, harp, djembe→tabla→extended tabla solo finale (whisper→ghosts→call/response→9-tuplets→32nd triplet cascades→grand tihai→slam). Co-Authored-By: Claude Opus 4.6 (1M context) --- examples/songs.py | 182 +++++++++++++++++++++++++++++++++++++++++++++- 1 file changed, 181 insertions(+), 1 deletion(-) diff --git a/examples/songs.py b/examples/songs.py index d845248..cfa5fbb 100644 --- a/examples/songs.py +++ b/examples/songs.py @@ -1551,6 +1551,185 @@ def journey(): play_song(score, "Journey — Piano → World → Sitar EDM (Taj Mahal)") +def epic_bhairav(): + """Epic Bhairav — orchestral + choir + tabla with extended solo finale.""" + shruti = SYSTEMS["shruti"] + score = Score("4/4", bpm=90, system=shruti) + REV = "taj_mahal" + T3 = 1.0 / 12.0 + T9 = 1.0 / 9.0 + + ts = TonedScale(system=shruti, tonic=Tone("Sa", octave=4, system=shruti)) + bh = list(ts["bhairav"].tones) + S, kR, G, M, P, kD, N, S2 = bh + + NA = DrumSound.TABLA_NA + DH = DrumSound.TABLA_DHA + TT = DrumSound.TABLA_TIT + KE = DrumSound.TABLA_KE + GB = DrumSound.TABLA_GE_BEND + GE = DrumSound.TABLA_GE + DJB = DrumSound.DJEMBE_BASS + DJT = DrumSound.DJEMBE_TONE + DJS = DrumSound.DJEMBE_SLAP + + # Tanpura + tanpura = score.part("tanpura", synth="strings_synth", envelope="pad", + detune=3, lowpass=900, volume=0.14, reverb=0.5, reverb_type=REV) + tanpura_pa = score.part("tanpura_pa", synth="strings_synth", envelope="pad", + detune=3, lowpass=1200, volume=0.1, reverb=0.5, reverb_type=REV) + sa = Tone("Sa", octave=3, system=shruti) + pa = Tone("Pa", octave=3, system=shruti) + for _ in range(30): + tanpura.add(sa, Duration.WHOLE) + tanpura_pa.add(pa, Duration.WHOLE) + + # Timpani + timp = score.part("timp", instrument="timpani") + timp.roll(Tone("Sa", octave=2, system=shruti), Duration.WHOLE, + velocity_start=20, velocity_end=90, speed=0.125) + timp.add(Tone("Sa", octave=2, system=shruti), Duration.HALF, velocity=105) + timp.rest(Duration.HALF) + for _ in range(8): + timp.rest(Duration.WHOLE) + timp.roll(Tone("Sa", octave=2, system=shruti), Duration.WHOLE, + velocity_start=25, velocity_end=115, speed=0.125) + timp.add(Tone("Sa", octave=2, system=shruti), Duration.HALF, velocity=120) + timp.add(Tone("Pa", octave=2, system=shruti), Duration.HALF, velocity=115) + + # Choir — bar 3 + choir = score.part("choir", synth="vocal_synth", envelope="pad", + detune=8, spread=0.4, reverb=0.5, reverb_type=REV, volume=0.2) + for _ in range(2): + choir.rest(Duration.WHOLE) + for tone, dur, lyric, vel in [ + (S, 4.0, "ah", 60), (M, 4.0, "oh", 62), (P, 4.0, "ah", 68), + (S, 4.0, "ee", 65), (kD, 4.0, "oh", 70), (P, 4.0, "ah", 72), + ]: + choir.add(tone, dur, velocity=vel, lyric=lyric) + + # Bansuri — bar 5 + bansuri = score.part("bansuri", instrument="flute", volume=0.22, + reverb=0.45, reverb_type=REV) + for _ in range(4): + bansuri.rest(Duration.WHOLE) + for tone, dur, vel in [ + (P, 2.0, 58), (kD, 1.0, 50), (P, 1.0, 55), + (M, 2.0, 55), (G, 1.0, 50), (kR, 1.0, 48), (S, 4.0, 58), + ]: + bansuri.add(tone, dur, velocity=vel) + + # Cello — bar 3 + cello = score.part("cello", instrument="cello", volume=0.22, reverb=0.4, reverb_type=REV) + for _ in range(2): + cello.rest(Duration.WHOLE) + for name, dur, vel in [ + ("Sa", 4.0, 55), ("Ma", 4.0, 52), ("Pa", 4.0, 58), + ("Sa", 4.0, 55), ("komal Dha", 4.0, 58), ("Pa", 4.0, 55), + ]: + cello.add(Tone(name, octave=2, system=shruti), dur, velocity=vel) + + # Sitar — bar 9 + sitar = score.part("sitar", instrument="sitar", volume=0.25, reverb=0.35, reverb_type=REV) + for _ in range(8): + sitar.rest(Duration.WHOLE) + for tone, dur, vel in [ + (S, 1.0, 72), (kR, 0.5, 62), (S, 0.5, 68), (G, 2.0, 78), + (M, 1.0, 72), (P, 2.0, 82), (kD, 0.5, 65), (P, 1.0, 75), + (M, 0.5, 65), (G, 0.5, 68), (kR, 0.5, 60), (S, 2.0, 78), + (kR, 0.25, 62), (G, 0.25, 65), (M, 0.25, 70), (P, 0.25, 75), + (kD, 0.25, 70), (N, 0.25, 78), (S2, 0.5, 88), + (N, 0.25, 68), (kD, 0.25, 62), (P, 0.5, 68), + (M, 0.5, 62), (G, 0.5, 65), (kR, 0.5, 58), (S, 2.0, 80), + ]: + sitar.add(tone, dur, velocity=vel) + + # Strings — bar 13 + strings = score.part("strings", instrument="string_ensemble", volume=0.18, + reverb=0.45, reverb_type=REV) + for _ in range(12): + strings.rest(Duration.WHOLE) + for name, dur, vel in [("Sa", 4.0, 58), ("Ma", 4.0, 62), ("Pa", 4.0, 68), ("Sa", 4.0, 72)]: + strings.add(Tone(name, octave=3, system=shruti), dur, velocity=vel) + + # Harp — bar 14 + harp = score.part("harp", instrument="harp", volume=0.15, reverb=0.4, reverb_type=REV) + for _ in range(13): + harp.rest(Duration.WHOLE) + for name in ["Sa", "komal Ga", "Pa", "Sa", "Pa", "komal Ga", "Sa", "Sa"]: + oct = 4 if name == "Sa" and harp.total_beats > 55 else 3 + harp.add(Tone(name, octave=oct, system=shruti), Duration.EIGHTH, velocity=50) + + # Drums + silence = Pattern(name="s", time_signature="4/4", beats=16.0, hits=[]) + score.add_pattern(silence, repeats=1) + p_dj = Pattern(name="dj", time_signature="4/4", beats=8.0, hits=[ + _Hit(DJB, 0.0, 45), _Hit(DJT, 1.0, 38), _Hit(DJT, 1.5, 32), + _Hit(DJS, 2.0, 42), _Hit(DJT, 3.0, 38), + _Hit(DJB, 4.0, 50), _Hit(DJT, 5.0, 42), _Hit(DJT, 5.5, 35), + _Hit(DJS, 6.0, 48), _Hit(DJT, 6.5, 32), _Hit(DJS, 7.0, 45), + ]) + score.add_pattern(p_dj, repeats=2) + p_tab = Pattern(name="tab", time_signature="4/4", beats=8.0, hits=[ + _Hit(DH, 0.0, 82), _Hit(TT, 0.5, 30), _Hit(NA, 1.0, 65), + _Hit(NA, 2.0, 60), _Hit(DH, 3.0, 82), + _Hit(DH, 4.0, 88), _Hit(TT, 4.25, 32), _Hit(TT, 4.5, 35), + _Hit(NA, 5.0, 68), _Hit(TT, 5.5, 30), _Hit(NA, 6.0, 65), + _Hit(DH, 7.0, 88), + ]) + score.add_pattern(p_tab, repeats=3) + + # Extended tabla finale — whisper → ghosts → call/response → blazing + p_f1 = Pattern(name="f1", time_signature="4/4", beats=8.0, hits=[ + _Hit(DH, 0.0, 78), _Hit(NA, 2.0, 55), + _Hit(DH, 4.0, 82), _Hit(TT, 5.0, 30), _Hit(NA, 5.5, 52), + _Hit(DH, 7.0, 78), + ]) + score.add_pattern(p_f1, repeats=1) + p_f2 = Pattern(name="f2", time_signature="4/4", beats=8.0, hits=[ + _Hit(DH, 0.0, 95), _Hit(TT, 0.25, 35), _Hit(TT, 0.5, 38), + _Hit(NA, 1.0, 70), _Hit(TT, 1.25, 30), _Hit(NA, 2.0, 65), + _Hit(TT, 2.5, 35), _Hit(DH, 3.0, 90), + _Hit(DH, 4.0, 98), _Hit(TT, 4.25, 38), _Hit(TT, 4.5, 42), + _Hit(NA, 5.0, 75), _Hit(KE, 5.5, 40), _Hit(NA, 6.0, 70), + _Hit(KE, 6.5, 42), _Hit(DH, 7.0, 100), _Hit(GB, 7.5, 92), + ]) + score.add_pattern(p_f2, repeats=1) + p_f3 = Pattern(name="f3", time_signature="4/4", beats=8.0, hits=[ + _Hit(NA, 0.0, 112), _Hit(NA, 0.25, 58), _Hit(TT, 0.5, 40), _Hit(NA, 0.75, 105), + _Hit(GE, 1.0, 105), _Hit(GE, 1.25, 52), _Hit(GB, 1.5, 95), _Hit(GE, 1.75, 48), + _Hit(NA, 2.0, 115), _Hit(TT, 2.125, 32), _Hit(TT, 2.25, 38), + _Hit(NA, 2.5, 108), _Hit(TT, 2.625, 35), _Hit(TT, 2.75, 42), + _Hit(GB, 3.0, 115), _Hit(KE, 3.25, 52), _Hit(GE, 3.5, 70), + _Hit(DH, 4.0, 118), + *[_Hit(TT if i % 2 == 0 else KE, 5.0 + i * T9, 40 + i * 5) for i in range(9)], + _Hit(DH, 7.0, 120), + ]) + score.add_pattern(p_f3, repeats=1) + p_f4 = Pattern(name="f4", time_signature="4/4", beats=12.0, hits=[ + *[_Hit(TT, 0.0 + i * T3, 38 + i * 2) for i in range(12)], + _Hit(DH, 1.0, 118), _Hit(GB, 1.5, 110), + _Hit(NA, 2.0, 112), _Hit(KE, 2.125, 48), _Hit(NA, 2.25, 108), + _Hit(KE, 2.375, 50), _Hit(NA, 2.5, 110), _Hit(KE, 2.625, 52), _Hit(NA, 2.75, 115), + _Hit(DH, 3.0, 120), + *[_Hit(TT, 3.5 + i * T3, 30 + i * 4) for i in range(18)], + _Hit(DH, 5.0, 122), _Hit(DH, 5.25, 118), _Hit(GB, 5.5, 115), + _Hit(GE, 6.0, 90), _Hit(GE, 7.0, 88), + *[_Hit(NA if i % 3 == 0 else TT, 6.0 + i * (2.0/9.0), 42 + (i%3)*15) for i in range(9)], + _Hit(DH, 8.0, 110), _Hit(NA, 8.25, 75), _Hit(TT, 8.5, 50), + _Hit(KE, 8.75, 55), _Hit(DH, 9.0, 105), + _Hit(DH, 9.25, 115), _Hit(NA, 9.5, 80), _Hit(TT, 9.75, 55), + _Hit(KE, 10.0, 60), _Hit(DH, 10.25, 110), + _Hit(DH, 10.5, 122), _Hit(NA, 10.75, 85), _Hit(TT, 11.0, 60), + _Hit(KE, 11.25, 65), _Hit(DH, 11.5, 127), + _Hit(GB, 11.875, 127), + ]) + score.add_pattern(p_f4, repeats=1) + score.set_drum_effects(reverb=0.35, reverb_type=REV) + + play_song(score, "Epic Bhairav — Orchestra + Choir + Tabla (22-Shruti JI)") + + SONGS = { "1": ("Bossa Nova in A minor", bossa_nova_girl), "2": ("Bebop in Bb major", bebop_in_bb), @@ -1576,6 +1755,7 @@ SONGS = { "22": ("Greensleeves (Renaissance Lute)", greensleeves), "23": ("Tabla Solo (Raga Yaman)", tabla_solo_yaman), "24": ("Journey (Western → World → Indian)", journey), + "25": ("Epic Bhairav (Orchestral + Tabla)", epic_bhairav), } if __name__ == "__main__": @@ -1589,7 +1769,7 @@ if __name__ == "__main__": print(f" {key:>2}. {name}") print() - choice = input(" Pick a song (1-24, or 'all'): ").strip() + choice = input(" Pick a song (1-25, or 'all'): ").strip() print() if choice == "all":