stftcalc: calculate the fft components

Description

stftcalc calculating the short time fourier transform component

Usage

stftcalc(
  X,
  win = 10,
  inc = win/2,
  coef = Inf,
  wtype = "hanning.window",
  freq,
  centre = T,
  calc.null = F,
  pvalues = F,
  time = NULL,
  reassign = T,
  quiet = F
)

Arguments

X: The dataset to be processed
win: Window size in number of recordings to use.
inc: increment size from one window to the next
coef: Number of fourier frequencies to compute. Small values will remove the higher frequencies from the processed object. Defaults to the maximum, win/2.
wtype: Window type for the STFT calculation.
freq: frequency of dataset. If missing and length(time) > 1, freq =(length(time) -1) /( max(time) - min(time) ) If just missing, freq = 1
centre: If TRUE (Default), centre the data in each window before processing is done. Useful for avoiding excessively large DC offset coefficients in results.
calc.null: If TRUE (Defaults to FALSE), compute a 'null' STFT by resampling the data completely, then doing a STFT.
pvalues: If TRUE (Defaults to FALSE) Compute bootstrapped pvalues for each position by resampling within each window and applying a wilcox test.
time: Allows the user to set an overriding timestamp vector to be used for processing.
reassign: logical. If TRUE, compute the time-reassigned STFT. For type %in% c("mv", "sum"), this is done with the first coordinate in mv.indices.
quiet: If TRUE, suppress output.