| ftsspec-package | ftsspec: collection of functions for estimating spectral density operator of functional time series (FTS) and comparing the spectral density operator of two functional time series, in a way that allows detection of differences of the spectral density operator in frequencies and along the curve length. |
| Epanechnikov_kernel | The Epanechnikov weight function, with support in [-1,1] |
| ftsspec | ftsspec: collection of functions for estimating spectral density operator of functional time series (FTS) and comparing the spectral density operator of two functional time series, in a way that allows detection of differences of the spectral density operator in frequencies and along the curve length. |
| Generate_filterMA | Generate the Filter of a multivariate MA process |
| Get_noise_sd | Get the square root of the covariance matrix associated to a noise type |
| lines.SampleSpecDiffFreq | Plotting function for 'SampleSpecDiffFreq' class |
| Marginal_basis_pval | Compute the marginal p-values at each basis coefficients of for testing the equality of two spectral density kernels |
| plot.SampleSpec | Plotting method for object inheriting from class 'SampleSpec' |
| plot.SampleSpecDiffFreq | Plotting function for 'SampleSpecDiffFreq' class |
| plot.SampleSpecDiffFreqCurvelength | Plotting method for class 'SampleSpecDiffFreqCurvelength' |
| plot.SpecMA | Plotting method for object inheriting from class 'SpecMA' |
| print.SampleSpecDiffFreqCurvelength | Printing method for class 'SampleSpecDiffFreqCurvelength' |
| PvalAdjust | Generic function to adjust pvalues |
| PvalAdjust.SampleSpecDiffFreq | Generic function to adjust pvalues |
| Simulate_new_MA | Simulate a new Moving Average (MA) vector time series and return the time series |
| Spec | Compute Spectral Density of Functional Time Series |
| SpecMA | 'Spectral density operator of a MA vector process' Object |
| Spec_compare_fixed_freq | Test if two spectral density operators at some fixed frequency are equal. |
| Spec_compare_localize_freq | Compare the spectral density operator of two Functional Time Series and localize frequencies at which they differ. |
| Spec_compare_localize_freq_curvelength | Compare the spectral density operator of two Functional Time Series and localize frequencies at which they differ, and (spatial) regions where they differ |