def run(audio):
f, psd = aa.spectrum(audio)
peaklist = aa.peak_map(psd)
peaksdex = aa.peak_assign(peaklist)
output = guesswork(f, psd, peaklist, peaksdex)
# print(aa.print_identify(aa.identify(output)))
return output
def runfromfft(f, psd):
ax = gf.init_image()
gf.semi_graph(ax, f, psd)
maxdex = aa.max_range(psd, 20)
# gf.button_grapher(ax, f, maxdex, psd)
peaklist = aa.peak_map(psd)
aa.peak_impose(ax, f, peaklist)
plt.show()
def runfromfft_graph(f, psd):
peaklist = aa.peak_map(psd)
peaksdex = aa.peak_assign(peaklist)
output = guesswork(f, psd, peaklist, peaksdex)
ax = gf.init_image(ylabel='POWER')
gf.std_graph(ax, output[:, 0], output[:, 1])
ax2 = gf.get_twinx(ax)
gf.std_graph(ax2, output[:, 0], output[:, 2], c='r')
plt.show()
print(aa.print_identify(aa.identify(output)))
def runfromfft(f, psd):
peaklist = aa.peak_map(psd)
peaksdex = aa.peak_assign(peaklist)
output = guesswork(f, psd, peaklist, peaksdex)
print(aa.print_identify(aa.identify(output)))
return aa.identify(output)