toTGFN = join(outputPath, "angrier_rocket.TextGrid")
fromPitchRegions = f0_morph.getPitchForIntervals(fromPitchTier.pointList,
fromTGFN, tierName)
toPitchRegions = f0_morph.getPitchForIntervals(toPitchTier.pointList, toTGFN,
tierName)
print(fromPitchRegions)
print(toPitchRegions)
# # ########
# # # STEP 4: Run the morph process
f0_morph.f0Morph(fromWavFN=join(inputPath, "You are crazy.wav"),
pitchPath=outputPath,
stepList=stepList,
outputName="CRAZY ROCKET ANGRY",
doPlotPitchSteps=False,
fromPitchData=fromPitchRegions,
toPitchData=toPitchRegions,
outputMinPitch=minPitch,
outputMaxPitch=maxPitch,
praatEXE=praatEXE,
keepPitchRange=False,
keepAveragePitch=False)
#
pitch_and_intensity.extractPitchTier(
join(outputPath, "f0_resynthesized_wavs",
"neutral_to_happy_with_morph_0.wav"),
join(outputPath, "neutral_to_happy_with_morph_0.PitchTier"),
praatEXE,
minPitch,
maxPitch,
forceRegenerate=True)
# 2ND remove intensity values
fromPitch = [(time, pitch) for time, pitch, _ in fromPitch]
toPitch = [(time, pitch) for time, pitch, _ in toPitch]
# 3RD select which sections to align.
# We'll use textgrids for this purpose.
tierName = "PhonAlign"
fromPitch = f0_morph.getPitchForIntervals(fromPitch, fromTGFN, tierName)
toPitch = f0_morph.getPitchForIntervals(toPitch, toTGFN, tierName)
# FINALLY: Run the morph process
f0_morph.f0Morph(fromWavFN=join(root, fromWavFN),
pitchPath=root,
stepList=stepList,
outputName="%s_%s_f0_morph" % (fromName, toName),
doPlotPitchSteps=True,
fromPitchData=fromPitch,
toPitchData=toPitch,
outputMinPitch=minPitch,
outputMaxPitch=maxPitch,
praatEXE=praatEXE)
####################
# The remaining examples below demonstrate the use of
# f0_morph.f0Morph() with different arguments. It may
# be helpful for your work. However, you can safely comment
# out or delete the code below to keep things simple.
####################
# Or for more control over the steps:
stepList = [
0.10,
maxPitch, forceRegenerate=False)
fromPitchList = [(time, pitch) for time, pitch, _ in fromPitchList]
# Load in the target pitch contour
pitchTier = dataio.open2DPointObject(join(root, toPitchFN))
toPitchList = [(time, pitch) for time, pitch in pitchTier.pointList]
# The target contour doesn't contain enough sample points, so interpolate
# over the provided samples
# (this step can be skipped if there are enough sample points--a warning
# will be issued if there are any potential problems)
toPitchList = interpolation.quadraticInterpolation(toPitchList, 4, 1000, 0)
# 3rd select which sections to align.
# We'll use textgrids for this purpose.
tierName = "PhonAlign"
fromPitch = f0_morph.getPitchForIntervals(fromPitchList, fromTGFN, tierName)
toPitch = f0_morph.getPitchForIntervals(toPitchList, fromTGFN, tierName)
# Run the morph process
f0_morph.f0Morph(fromWavFN=join(root, fromWavFN),
pitchPath=root,
stepList=stepList,
outputName="%s_%s_f0_morph" % (fromName, toName),
doPlotPitchSteps=True,
fromPitchData=fromPitch,
toPitchData=toPitch,
outputMinPitch=minPitch,
outputMaxPitch=maxPitch,
praatEXE=praatEXE)
maxPitch, forceRegenerate=False)
fromPitchList = [(time, pitch) for time, pitch, _ in fromPitchList]
# Load in the target pitch contour
pitchTier = dataio.open2DPointObject(join(root, toPitchFN))
toPitchList = [(time, pitch) for time, pitch in pitchTier.pointList]
# The target contour doesn't contain enough sample points, so interpolate
# over the provided samples
# (this step can be skipped if there are enough sample points--a warning
# will be issued if there are any potential problems)
toPitchList = interpolation.quadraticInterpolation(toPitchList, 4, 1000, 0)
# 3rd select which sections to align.
# We'll use textgrids for this purpose.
tierName = "PhonAlign"
fromPitch = f0_morph.getPitchForIntervals(fromPitchList, fromTGFN, tierName)
toPitch = f0_morph.getPitchForIntervals(toPitchList, fromTGFN, tierName)
# Run the morph process
f0_morph.f0Morph(fromWavFN=join(root, fromWavFN),
pitchPath=root,
stepList=stepList,
outputName="%s_%s_f0_morph" % (fromName, toName),
doPlotPitchSteps=True,
fromPitchData=fromPitch,
toPitchData=toPitch,
outputMinPitch=minPitch,
outputMaxPitch=maxPitch,
praatEXE=praatEXE)
fromPitch = [(time, pitch) for time, pitch, _ in fromPitch]
toPitch = [(time, pitch) for time, pitch, _ in toPitch]
# 3RD select which sections to align.
# We'll use textgrids for this purpose.
tierName = "PhonAlign"
fromPitch = f0_morph.getPitchForIntervals(fromPitch, fromTGFN, tierName)
toPitch = f0_morph.getPitchForIntervals(toPitch, toTGFN, tierName)
# FINALLY: Run the morph process
f0_morph.f0Morph(
fromWavFN=join(root, fromWavFN),
pitchPath=root,
stepList=stepList,
outputName="%s_%s_f0_morph" % (fromName, toName),
doPlotPitchSteps=True,
fromPitchData=fromPitch,
toPitchData=toPitch,
outputMinPitch=minPitch,
outputMaxPitch=maxPitch,
praatEXE=praatEXE,
)
####################
# The remaining examples below demonstrate the use of
# f0_morph.f0Morph() with different arguments. It may
# be helpful for your work. However, you can safely comment
# out or delete the code below to keep things simple.
####################
