def create_figure(source, target):
s, meta = h5load(source)
s = Signal(s, meta['fs'])
ax = s.plot_spectrogram(clim=CLIM, ylim=YLIM, title='')
fig = ax.get_figure()
fig.tight_layout()
fig.savefig(target, dpi=600)
def create_figure(source, target):
s, meta = h5load(source)
s = Signal(s, meta['fs'])
ax = s.plot_spectrogram(ylim=YLIM, clim=CLIM, title='')
fig = ax.get_figure()
#fig.subplots_adjust(bottom=0.2, left=0.2)
fig.tight_layout()
fig.savefig(target, dpi=600)
def create_figure(source, target, plotargs=None):
if plotargs is None:
plotargs = {}
s, meta = h5load(source)
s = Signal(s, meta['fs'])
ax = s.plot_spectrogram(clim=CLIM,
xlim=XLIM,
ylim=YLIM,
title='',
**plotargs)
fig = ax.get_figure()
#fig.subplots_adjust(bottom=0.2, left=0.2)
fig.tight_layout()
fig.savefig(target, dpi=600)
def main():
# Without turbulence
#model.settings['turbulence']['include'] = False
model.settings['turbulence']['include'] = False
model.settings['turbulence']['amplitude'] = False
model.settings['turbulence']['phase'] = False
signal = mono(rcv.auralise())
signal = Signal(signal.take(nsamples).toarray(), fs)
without = signal
# With turbulence (logamp)
model.settings['turbulence']['include'] = True
model.settings['turbulence']['amplitude'] = True
model.settings['turbulence']['phase'] = False
signal = mono(rcv.auralise())
signal = Signal(signal.take(nsamples).toarray(), fs)
#_ = signal.plot_spectrogram(ylim=(0.0, 4000.0), clim=(-40, +60))
with_logamp = signal
# With turbulence (phase)
model.settings['turbulence']['include'] = True
model.settings['turbulence']['amplitude'] = False
model.settings['turbulence']['phase'] = True
signal = mono(rcv.auralise())
signal = Signal(signal.take(nsamples).toarray(), fs)
# In[21]:
#Audio(data=signal, rate=signal.fs)
# In[22]:
_ = signal.plot_spectrogram(ylim=(0.0, 4000.0), clim=(-40, +60))
# In[23]:
with_phase = signal
# ## With turbulence (logamp and phase)
# In[24]:
model.settings['turbulence']['include'] = True
model.settings['turbulence']['amplitude'] = True
model.settings['turbulence']['phase'] = True
signal = mono(rcv.auralise())
signal = Signal(signal.take(nsamples).toarray(), fs)
# In[25]:
#Audio(data=signal, rate=signal.fs)
# In[26]:
_ = signal.plot_spectrogram(ylim=(0.0, 4000.0), clim=(-40, +60))
# In[27]:
with_logamp_and_phase = signal
# In[28]:
signals = Signal([without, with_logamp, with_phase, with_logamp_and_phase], fs)
# In[29]:
labels = ['Without', 'Logamp', 'Phase', 'Both']
# In[30]:
fig = signals.plot_levels(labels=labels)
# In[31]:
_ = signals.plot_third_octaves(labels=labels)
# ## Save figures and audio files
# In[34]:
#with sns.axes_style(rc={"axes.grid":False}):
clim = (0.0, +70)
ylim = (0.0, 4000.0)
for signal, label in zip(signals, labels):
signal.normalize().to_wav("../audio/auralisation_flight_{}.wav".format(label.lower()))
fig = signal.plot_spectrogram(ylim=ylim, clim=clim, title="")
fig.subplots_adjust(bottom=0.2, left=0.2)
fig.savefig("../figures/auralisation_flight_{}.eps".format(label.lower()))