def make_god_song_01(complexity=None,
amount=None,
seed=None,
save_path=None,
scale=None):
logger.info("Generating God song to {}".format(save_path))
if seed:
random.seed(seed)
if not complexity:
complexity = random.randint(1, 4)
if not scale:
scale = random.choice(list(scale_dict)) # choose a random scale
if not amount:
amount = random.choice(list_beats)
result = AudioSegment.silent(duration=0)
random_list = random_with_complexity(random, scale, complexity, amount)
# print(random_list)
for beat in random_list:
gen = Sine(beat["frequency"])
sine = gen.to_audio_segment(duration=beat["duration"]).apply_gain(
beat["velocity"])
sine = sine.fade_in(beat["fade_in"]).fade_out(beat["fade_out"])
result += sine
if save_path:
result.export(save_path, format="mp3")
return result
def makenoise():
print("Welcome to the generator. What would you like to generate?")
command = input()
if command == "sine":
print("Which frequency?")
frequency = input()
sine = Sine(float(frequency))
out = sine.to_audio_segment(100)
play(out)
if this_probability < switch_probability:
which_tone = 1 - which_tone
this_segment = songs[which_tone]
if len(this_song) == 0:
this_song += this_segment
else:
this_song = this_song.append(this_segment, crossfade=50)
this_song.export(f"./stimuli/crossfade_switch-{str(switch_probability)}_chunk-{str(chunk_size)}_G3_C4_alternating.mp3", format="mp3", bitrate="192k")
# # Generate sine waves with Pydub
# In[15]:
#create sine wave of given freq
frequency = 440
sample_rate = 44100 # sample rate
bit_depth = 16 # bit depth
duration = 5000 # duration in millisec
sine_wave = Sine(frequency, sample_rate=sample_rate, bit_depth=bit_depth)
#Convert waveform to audio_segment for playback and export
sine_segment = sine_wave.to_audio_segment(duration=duration)
sine_segment
