(Perceptive) Linear Prediction
Downsampling a Wave or WaveMC object
Constructors and coercion for class WaveMC objects
Converting (extracting, joining) stereo to mono and vice versa
Default channel ordering for multi channel wave files
Class Wspec
Channel conversion for Wave objects
Getting and setting the default player for Wave files
Internal support functions for Waveforms
Internal: Convert FFT frequency bins to Bark/Mel bins
Class WspecMat
S4 generic for length
Extract note events from objects returned by readMidi
Create Wave Objects of Special Waveforms
Frequency scale conversion
LPC to cepstra conversion
Calculate delta features
MFCC Calculation
Deriving notes from frequencies
Generating note names from numbers
Playing Waves
Class Wave
Narrow the Panorama of a Stereo Sample
Periodogram (Spectral Density) Estimation on Wave objects
Frequency band conversion
Concatenating Wave objects
Checking Wave objects
Extractor for Wave and WaveMC objects
Liftering of cepstra
Plotting the quantization of a melody
Plotting Wave objects
Read an MPEG-2 layer 3 file into a Wave object
Providing LilyPond compatible input
Writing Wave files
Cut off silence from a Wave or WaveMC object
Equal loudness compression
Powerspectrum
Read a MIDI file
Plotting a melody
Reading Wave files
Number of channels
Rescale the range of values
Preparing the combination/concatenation of Wave or WaveMC objects
tuneR
Spectra to Cepstra Conversion
Functions for the quantization of notes
Object Summaries
Update old Wave objects for use with new versions of tuneR
Plotting WspecMat objects
Plotting Wspec objects
Showing objects
Meta Function for Smoothers
Extract or Replace Parts of an Object
Class WaveMC
Constructors and coercion for class Wave objects
Arithmetics on Waves
Estimation of Fundamental Frequencies from a Wspec object