View source: R/praat_pitchRawAC.R
praat_pitchRawAC | R Documentation |
Estimate pitch using Praat's raw autocorrelation function
praat_pitchRawAC(
sound,
output = "ssff",
timeStep = NULL,
floor = 75,
ceiling = 600,
maxNoCandidates = 15,
gaussianWindow = FALSE,
silenceThreshold = 0.03,
voicingThreshold = 0.45,
octaveCost = 0.01,
octaveJumpCost = 0.35,
voicedUnvoicedCost = 0.14
)
sound |
String giving the file name of a sound file with the .wav extension. |
output |
String giving the output format. Should be either |
timeStep |
Measurement interval in seconds.
Default is |
floor |
Frequency in Hz; no pitch candidates considered below
this frequency. Default is |
ceiling |
Frequency in Hz; no pitch candidates considered above
this frequency. Default is |
maxNoCandidates |
Integer giving the maximum number of pitch candidates
to estimate. Default is |
gaussianWindow |
Logical; should Gaussian windows be used for
estimating pitch? Default is |
silenceThreshold |
Numeric giving the silence threshold when estimating
pitch in terms of amplitude relative to the global maximum. Default is
|
voicingThreshold |
Numeric giving the voicing threshold when estimating
pitch in terms of fractional strength in the autocorrelation function.
Default is |
octaveCost |
Numeric specifying how much high frequency pitch candidates
should be favored in terms of fractional strength in the autocorrelation
function. Default is |
octaveJumpCost |
Numeric specifying how much pitch changes should be
disfavored in terms of fractional strength in the autocorrelation function.
Default is |
voicedUnvoicedCost |
Numeric specifying how much transitions in voicing
value should be disfavored in terms of fractional strength in the
autocorelation function. Default is |
List in the SSFF format or data frame with estimated pitch.
## Not run:
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