Addition of the tapering windows for TFR analysis
The library only contains Morelet wavelet and it does not include other wavelets. There is no way to use other tapering windows but the DPSS and Gaussian windows. Nevertheless, users can define their own wavelet series and apply them to their signals using the cwt function; this however, may degrade the integrity of the library.
Implementation
The library does include the Morelet function which returns the wavelet series for the Morelet wavelet at different scales. Other wavelets can also be defined with the same signature of this function. Then, users can compute their TFR using these wavelet series with the use of cwt function of the time frequency module.
Possible alternatives
The code can also adds an ultimate freedom to the end users by letting them define their own tapering window and the oscillatory signal. This way the function can replace the Morelet function.
Addition of the tapering windows for TFR analysis
The library only contains Morelet wavelet and it does not include other wavelets. There is no way to use other tapering windows but the DPSS and Gaussian windows. Nevertheless, users can define their own wavelet series and apply them to their signals using the cwt function; this however, may degrade the integrity of the library.
Implementation
The library does include the Morelet function which returns the wavelet series for the Morelet wavelet at different scales. Other wavelets can also be defined with the same signature of this function. Then, users can compute their TFR using these wavelet series with the use of cwt function of the time frequency module.
Possible alternatives
The code can also adds an ultimate freedom to the end users by letting them define their own tapering window and the oscillatory signal. This way the function can replace the Morelet function.