def list_of_notes(notes_count, base_note):
loop = sampler.Loop(base_note)
for n in range(notes_count):
if n != 0:
factor = 2**(n / 12) # semitones factor
new_note = loop.sample(131 * factor, 44100) # what the new note is
new_note = smoothing(new_note) # smooth out the note
notes.append(new_note) # add that to the note array
def list_of_notes(notes_count, base_note):
loop = sampler.Loop(base_note)
for n in range(notes_count):
if n != 0:
factor = 2**(n / 12) #semitones factor
new_note = loop.sample(131 * factor, 44100)
new_note = smoothing(new_note)
notes.append(new_note)
def list_of_notes(notes_count, base_note):
notes = []
A3 = np.sin(np.linspace(0., 2. * np.pi * 220, 44100))
notes.append(A3)
loop = sampler.Loop(base_note)
for n in range(notes_count):
if n != 0:
factor = 2**(n / 12) #semitones factor
new_note = loop.sample(220 * factor, 44100)
new_note = smoothing(new_note)
notes.append(new_note)
import numpy as np
from scipy.io import wavfile
import sampler
def wavwrite(f, s):
wavfile.write(f, 44100, (32767 * s).astype(np.int16))
refa4 = 0.5 * np.sin(np.linspace(0, 2*np.pi*440, 44100))
wavwrite('refa4.wav', refa4)
loop = sampler.Loop(refa4)
shifta5 = loop.sample(880, 44100)
wavwrite('shifta5.wav', shifta5)