It is recommended that you record more than a dozen videos on the calculation of chess, this topic, and talk about various calculation methods, calculation methods, and calculation processes. What you mentioned today is still too sketchy. It feels like it's just a start, and you have to continue to expand it. Otherwise, it's impossible to explain!
Thanks to the thumbnail i saw the answer pretty quickly after calculating the last 2 forcing moves. I think you shouldn't reveal the answer so quickly like that since now im not sure how long it would have taken me to find the solution without it.
White king in a corner = 5 + 5 + 5 + 5 total spots a black king can be. 20 White king on an edge not a corner = 3 + 3 + 3 + 3 spots a black king can be = 12. 32 different positions. Same is true of the black king so 24 for the black king = 64 positions. Which side to move can be either side in all positions so double it for a total of 128 positions.
@@andy02q Every image on there has a mirror image where the opposite color is on the opposite squares. They also have a mirror where it's the other side to move. So there are 128 possible positions here. You have to multiply the 32 by 2 twice to get all the possible positions of 2 kings in a 3x3 grid.
medium.com/@nickwignall/success-comes-from-daily-disciplines-compounded-over-time-9e3559f593a8 For those who would like a better perspective on how grit & compounding wisdom helps.
