Pandiagonal: odd order n3·k

I present the results of some algorithms, which create pandiagonal magic squares of odd order, which are not a multiple of 3 (5, 7, 11, 13, 17, 19, 21, 25,...).

Method variable
Cheng Pin
de la Hire different number of squares
Hendricks different number of squares
Liang Peiji - Zhang Hangfu - Zhang Xiafu
Sauveur (Violle) different number of squares
Step method different number of squares
Wang Huifeng different number of squares
Xu Zhihui
Zhao Li-hua
Order:  create