I want to learn the basic theory of wavelet synchrosqueezed transform, and find that there is a built-in function wsst in the Wavelet Toolbox. I open the wsst file using the dbtype wsst command so that the source code of the wsst is illustrated in the Command Window. However, I find that there are many complex function callls in the calculation process of wsst, it is difficult to get insight into the detailed calculation procedure of wsst. I would like to receive some useful advice from the mathworks community on how to better understand Matlab’s built-in complex functions, such as the aforementioned wsst function.I want to learn the basic theory of wavelet synchrosqueezed transform, and find that there is a built-in function wsst in the Wavelet Toolbox. I open the wsst file using the dbtype wsst command so that the source code of the wsst is illustrated in the Command Window. However, I find that there are many complex function callls in the calculation process of wsst, it is difficult to get insight into the detailed calculation procedure of wsst. I would like to receive some useful advice from the mathworks community on how to better understand Matlab’s built-in complex functions, such as the aforementioned wsst function. I want to learn the basic theory of wavelet synchrosqueezed transform, and find that there is a built-in function wsst in the Wavelet Toolbox. I open the wsst file using the dbtype wsst command so that the source code of the wsst is illustrated in the Command Window. However, I find that there are many complex function callls in the calculation process of wsst, it is difficult to get insight into the detailed calculation procedure of wsst. I would like to receive some useful advice from the mathworks community on how to better understand Matlab’s built-in complex functions, such as the aforementioned wsst function. wavelet, signal processing, matlab function MATLAB Answers — New Questions

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