def unpitched_high(dur, idx):
"""
Non-harmonic treble/higher frequency sound as a list (due to memoization).
Parameters
----------
dur:
Duration, in samples.
idx:
Zero or one (integer), for a small difference to the sound played.
Returns
-------
A list with the synthesized note.
"""
first_dur, a, d, r, gain = [
(30 * ms, 10 * ms, 8 * ms, 10 * ms, .4),
(60 * ms, 20 * ms, 8 * ms, 20 * ms, .5)
][idx]
env = chain(adsr(first_dur, a=a, d=d, s=.2, r=r),
adsr(dur - first_dur,
a=10 * ms, d=30 * ms, s=.2, r=dur - 50 * ms))
result = gauss_noise(dur) * env * gain
return list(result)
def unpitched_high(dur, idx):
"""
Non-harmonic treble/higher frequency sound as a list (due to memoization).
Parameters
----------
dur:
Duration, in samples.
idx:
Zero or one (integer), for a small difference to the sound played.
Returns
-------
A list with the synthesized note.
"""
first_dur, a, d, r, gain = [
(30 * ms, 10 * ms, 8 * ms, 10 * ms, .4),
(60 * ms, 20 * ms, 8 * ms, 20 * ms, .5)
][idx]
env = chain(adsr(first_dur, a=a, d=d, s=.2, r=r),
adsr(dur - first_dur,
a=10 * ms, d=30 * ms, s=.2, r=dur - 50 * ms))
result = gauss_noise(dur) * env * gain
return list(result)
remain -= gain
return out
#
# Audio mixture
#
tracks = 3 # besides unpitched track
dur_note = 120 * ms
dur_perc = 100 * ms
smix = Streamix()
# Pitched tracks based on a 1:2 triangular wave
table = TableLookup(line(100, -1, 1).append(line(200, 1, -1)).take(inf))
for track in xrange(tracks):
env = adsr(dur_note, a=20 * ms, d=10 * ms, s=.8, r=30 * ms) / 1.7 / tracks
smix.add(0, geometric_delay(new_note_track(env, table), 80 * ms, 2))
# Unpitched tracks
pfuncs = [unpitched_low] * 4 + [unpitched_high]
snd = chain.from_iterable(
choice(pfuncs)(dur_perc, randint(0, 1)) for unused in zeros())
smix.add(0, geometric_delay(snd * (1 - 1 / 1.7), 20 * ms, 1))
#
# Finishes (save in a wave file)
#
data = lowpass(5000 * Hz)(smix).limit(180 * s)
fname = "audiolazy_save_and_memoize_synth.wav"
save_to_16bit_wave_file(fname, data, rate)
from _mmines import (MIN_TILE_SIZE, PI, DEFAULT_GRID_SIZES, DSIZE, DCOLOR,
NCOLOR)
import wx
import audiolazy as lz
import random
__version__ = "0.1"
__author__ = "Danilo de Jesus da Silva Bellini"
rate = 44100
s, Hz = lz.sHz(rate)
ms = 1e-3 * s
SYNTH_ADSR_PARAMS = dict(a=40*ms, d=20*ms, s=.7, r=50*ms)
SYNTH_DURATION = .4 * s
SYNTH_ENVELOPE = list(lz.adsr(SYNTH_DURATION, **SYNTH_ADSR_PARAMS) * .55)
SYNTH_PAUSE_AT_END = lz.zeroes(.25 * s).take(lz.inf)
synth_table = lz.sin_table.harmonize(dict(enumerate(
[.1, .15, .08, .05, .04, .03, .02]
)))
class GameScreenArea(wx.Panel):
def __init__(self, parent, rows, cols, nmines, *args, **kwargs):
super(GameScreenArea, self).__init__(parent, *args, **kwargs)
self.SetBackgroundStyle(wx.BG_STYLE_CUSTOM) # Avoids flicker
# Event handlers binding
self.Bind(wx.EVT_LEFT_DOWN, self.on_mouse_down)
self.Bind(wx.EVT_MIDDLE_DOWN, self.on_mouse_down)
self.Bind(wx.EVT_RIGHT_DOWN, self.on_mouse_down)
wave_data = np.fromstring(string_wav, dtype=np.short)
wave_data.shape = -1, 2
wave_data = wave_data.T
time = np.arange(0, voice_frame) * (1.0 / voice_sampl_rt)
plt.subplot(211)
plt.plot(time, wave_data[0])
plt.xlabel("time domain")
N=50000
df = voice_frame/(N-1)
freq = [df*n for n in range(0,N)]
wave_data2=wave_data[0][0:N]
c=np.fft.fft(wave_data2)*2/N
plt.subplot(212)
plt.plot(freq[:round(len(freq)/2)],abs(c[:round(len(c)/2)]))
plt.xlabel("freq domain")
plt.show()
SYNTH_ADSR_PARAMS = dict(a=40*ms, d=20*ms, s=.7, r=50*ms)
SYNTH_DURATION = .4 * s
SYNTH_ENVELOPE = list(lz.adsr(SYNTH_DURATION, **SYNTH_ADSR_PARAMS) * .55)
SYNTH_PAUSE_AT_END = lz.zeroes(.25 * s).take(lz.inf)
synth_table = lz.sin_table.harmonize(dict(enumerate([.1, .15, .08, .05, .04, .03, .02])))
(1 + z ** -2).plot().show()
trace0 = go.Scatter( x = time, y = wave_data[0], mode = 'markers', name = 'time domain')
trace1 = go.Scatter( x = freq[:round(len(freq)/2)], y = abs(c[:round(len(c)/2)]), mode = 'markers', name = 'freq domain')
data = [trace0, trace1]
py.iplot(data, filename='scatter-mode')
remain -= gain
return out
#
# Audio mixture
#
tracks = 3 # besides unpitched track
dur_note = 120 * ms
dur_perc = 100 * ms
smix = Streamix()
# Pitched tracks based on a 1:2 triangular wave
table = TableLookup(line(100, -1, 1).append(line(200, 1, -1)).take(inf))
for track in xrange(tracks):
env = adsr(dur_note, a=20 * ms, d=10 * ms, s=0.8, r=30 * ms) / 1.7 / tracks
smix.add(0, geometric_delay(new_note_track(env, table), 80 * ms, 2))
# Unpitched tracks
pfuncs = [unpitched_low] * 4 + [unpitched_high]
snd = chain.from_iterable(choice(pfuncs)(dur_perc, randint(0, 1)) for unused in zeros())
smix.add(0, geometric_delay(snd * (1 - 1 / 1.7), 20 * ms, 1))
#
# Finishes (save in a wave file)
#
data = lowpass(5000 * Hz)(smix).limit(180 * s)
fname = "audiolazy_save_and_memoize_synth.wav"
save_to_16bit_wave_file(fname, data, rate)
print("\n".join("".join(el) for el in zip(*(heading_cols + staff))))
print()
#
# Audio
#
# Useful values from AudioLazy
rate = 44100
s, Hz = sHz(rate)
ms = 1e-3 * s
kHz = 1e3 * Hz
beat_duration = 60. / beat * s # In samples
dur = beat_duration / notes_per_beat # Per note
smix = Streamix() # That's our sound mixture
env = adsr(dur, a=40*ms, d=35*ms, s=.6, r=70*ms).take(inf) # Envelope
# Effects used
def distortion(sig, multiplier=18):
return atan(multiplier * sig) * (2 / pi)
# Intro count synth
filt = (1 - z ** -2) * .5
if starting_beats > 0:
inoisy_stream = filt(gauss_noise()) * env
inoisy_thub = thub(inoisy_stream.append(0).limit(beat_duration),
starting_beats)
inoisy = chain.from_iterable(repeat(inoisy_thub).limit(starting_beats))
smix.add(.1 * s, inoisy)
smix.add(starting_beats * beat_duration - dur, []) # Event timing
print("\n".join("".join(el) for el in zip(*(heading_cols + staff))))
print()
#
# Audio
#
# Useful values from AudioLazy
rate = 44100
s, Hz = sHz(rate)
ms = 1e-3 * s
kHz = 1e3 * Hz
beat_duration = 60. / beat * s # In samples
dur = beat_duration / notes_per_beat # Per note
smix = Streamix() # That's our sound mixture
env = adsr(dur, a=40 * ms, d=35 * ms, s=.6, r=70 * ms).take(inf) # Envelope
# Effects used
def distortion(sig, multiplier=18):
return atan(multiplier * sig) * (2 / pi)
# Intro count synth
filt = (1 - z**-2) * .5
if starting_beats > 0:
inoisy_stream = filt(gauss_noise()) * env
inoisy_thub = thub(
inoisy_stream.append(0).limit(beat_duration), starting_beats)
inoisy = chain.from_iterable(repeat(inoisy_thub).limit(starting_beats))
smix.add(.1 * s, inoisy)
