"The figures in these manuscripts can be reproduced using annotated (MATLAB/Octave) code that is available as part of the free and open source academic software SPM. The routines are called by a demonstration script that can be invoked by typing DEM_COVID or DEM_COVID_X at the MATLAB prompt. At the time of writing, these routines are available in the development version of the next SPM release."
In my view Friston's ideas are hardly vague. Hard to understand sometimes, yes, but when I have put in the effort to understand them I have always been rewarded.
"The figures in these manuscripts can be reproduced using annotated (MATLAB/Octave) code that is available as part of the free and open source academic software SPM. The routines are called by a demonstration script that can be invoked by typing DEM_COVID or DEM_COVID_X at the MATLAB prompt. At the time of writing, these routines are available in the development version of the next SPM release."
In my view Friston's ideas are hardly vague. Hard to understand sometimes, yes, but when I have put in the effort to understand them I have always been rewarded.