Algorithm A1. Operating condition check and AdNNs enable.

if $x=0$    $Enable1\left(k\right)=ON$, $Enable2\left(k\right)=OFF$, $Enable3\left(k\right)=ON$ else if $\left({\omega }_{rR}/{\omega }_{r,ave}\left(k\right)\right)·\left(i_{q,ave}\left(k\right)/i_{qR}\right)<0.95$ OR $({\omega }_{r,ave}\left(k\right)/{\omega }_{r\psi })·\left(i_{q\psi }/i_{q,ave}\left(k\right)\right)>0.95$    $Enable1\left(k\right)=ON$, $Enable2\left(k\right)=OFF$, $Enable3\left(k\right)=ON$ else if $({\omega }_{r,ave}\left(k\right)/{\omega }_{r\psi })·\left(i_{q\psi }/i_{q,ave}\left(k\right)\right)<0.95$    $Enable1\left(k\right)=OFF$, $Enable2\left(k\right)=ON$, $Enable3\left(k\right)=ON$ else    $Enable1\left(k\right)=OFF$, $Enable2\left(k\right)=OFF$, $Enable3\left(k\right)=OFF$ end