wvar objectStructures elements into a wvar object
create_wvar(
obj,
decomp,
filter,
robust,
eff,
alpha,
scales,
unit,
mean_diff,
N,
ranged,
J
)A list with the structure:
"variance": Wavelet variance
"ci_low": Lower CI
"ci_high": Upper CI
"robust": Robust active
"eff": Efficiency level for robust calculation
"alpha": p value used for CI
"unit": String representation of the unit
"mean_diff": Empirical mean of the first difference
"N": Length of the time series
"ranged": Scaled range of the data, i.e. (max(x) - min(x))/length(x)
"J": Number of scales
A matrix with dimensions N x 3 that contains Wavelet Variance, Lower CI, and Upper CI.
A string that indicates whether to use a "dwt" or "modwt" decomposition.
A string that specifies the type of wavelet filter used in the decomposition.
A boolean that triggers the use of the robust estimate.
A double that indicates the efficiency as it relates to an MLE.
A double that specifies the significance level which in turn specifies the \(1-\alpha\) confidence level.
A vec that contains the amount of decomposition performed at each level.
A string that indicates the unit expression of the frequency.
A double that specified the empirical mean of the first difference.
A integer that specified the empirical length of the time series.
A double that specified the scaled range of the data, i.e. (max(x) - min(x))/length(x).
A integer that specified the number of scales.