def main():
# vss = calc_synchronization(
# model=cochlea.run_holmberg2007,
# cfs=cochlea.holmberg2007.real_freq_map[10::5],
# model_pars={'fs': 48e3}
# )
vss = calc_synchronization(
model=cochlea.run_zilany2014,
model_pars={'species': 'human'}
)
print(vss)
vss = vss.reset_index()
hsr_vss = vss.pivot(index='dbspl', columns='cf', values='hsr')
fig,ax = plt.subplots(2,1)
ax[0].imshow(hsr_vss, aspect='auto', interpolation='nearest')
hsr_vss.max().plot(ax=ax[1], logx=True)
plt.show()
def main():
# vss = calc_synchronization(
# model=cochlea.run_holmberg2007,
# cfs=cochlea.holmberg2007.real_freq_map[10::5],
# model_pars={'fs': 48e3}
# )
vss = calc_synchronization(
model=cochlea.run_zilany2014,
model_pars={'species': 'human'}
)
print(vss)
vss.plot(logx=True)
plt.show()
def main():
# vss = calc_synchronization(
# model=cochlea.run_holmberg2007,
# cfs=cochlea.holmberg2007.real_freq_map[10::5],
# model_pars={'fs': 48e3}
# )
vss = calc_synchronization(
model=cochlea.run_zilany2014,
model_pars={'species': 'human'}
)
print(vss)
vss.plot(logx=True)
plt.show()
