@jptrujillo provided audio files and a use case for using CLEESE to morph pitch and stretch between a source and a target sound. We created code, and a tutorial on how to do that.
How
Added docs/ files (morphing.md + audio and image files) to the documentation. Also needed to include an extract_rms method to PhaseVocoder
Testing
tutorials/morphing/ should display correctly
Usage for extract_rms
import cleese_stim as cleese
from cleese_stim.engines import PhaseVocoder
from matplotlib import pyplot as plt
src_wav, sr, frmt = PhaseVocoder.wav_read('./sounds/apri_Q.wav')
src_times, src_rms = PhaseVocoder.extract_rms(src_wav, sr, win=.02, thresh=0.02, interpolate=False)
plt.plot(src_times, src_rms, 'o-')
What
@jptrujillo provided audio files and a use case for using CLEESE to morph pitch and stretch between a source and a target sound. We created code, and a tutorial on how to do that.
How
Added docs/ files (morphing.md + audio and image files) to the documentation. Also needed to include an
extract_rms
method toPhaseVocoder
Testing
tutorials/morphing/ should display correctly
Usage for
extract_rms