teoria de jocs: poker de 4 cartes

1♣+1♢+1♡+1♠
2♣+2♢+2♡+2♠
3♣+3♢+3♡+3♠
4♣+4♢+4♡+4♠


P(4) = [ 4 // 4 ]·n


2♣+1♢+1♡+1♠
3♣+1♢+1♡+1♠
4♣+1♢+1♡+1♠


1♣+2♢+1♡+1♠
1♣+3♢+1♡+1♠
1♣+4♢+1♡+1♠


1♣+1♢+2♡+1♠
1♣+1♢+3♡+1♠
1♣+1♢+4♡+1♠


1♣+1♢+1♡+2♠
1♣+1♢+1♡+3♠
1♣+1♢+1♡+4♠


P(3,1)= [ 4 // 3 ]·(n+(-1))·n


2♣+2♢+1♡+1♠
3♣+3♢+1♡+1♠
4♣+4♢+1♡+1♠


1♣+1♢+2♡+2♠
1♣+1♢+3♡+3♠
1♣+1♢+4♡+4♠


2♣+1♢+2♡+1♠
3♣+1♢+3♡+1♠
4♣+1♢+4♡+1♠


1♣+2♢+1♡+2♠
1♣+3♢+1♡+3♠
1♣+4♢+1♡+4♠


2♣+1♢+1♡+2♠
3♣+1♢+1♡+3♠
4♣+1♢+1♡+4♠


1♣+2♢+2♡+1♠
1♣+3♢+3♡+1♠
1♣+4♢+4♡+1♠


P(2,2) =  [ 4 // 2 ]·(n+(-1))·n


2♣+1♢+1♡+3♠
2♣+1♢+1♡+4♠
3♣+1♢+1♡+2♠
3♣+1♢+1♡+4♠
4♣+1♢+1♡+2♠
4♣+1♢+1♡+3♠


1♣+2♢+3♡+1♠
1♣+2♢+4♡+1♠
1♣+3♢+2♡+1♠
1♣+3♢+4♡+1♠
1♣+4♢+2♡+1♠
1♣+4♢+3♡+1♠


1♣+1♢+2♡+3♠
1♣+1♢+2♡+4♠
1♣+1♢+3♡+2♠
1♣+1♢+3♡+4♠
1♣+1♢+4♡+2♠
1♣+1♢+4♡+3♠


2♣+3♢+1♡+1♠
2♣+4♢+1♡+1♠
3♣+2♢+1♡+1♠
3♣+4♢+1♡+1♠
4♣+2♢+1♡+1♠
4♣+3♢+1♡+1♠


1♣+2♢+1♡+3♠
1♣+2♢+1♡+4♠
1♣+3♢+1♡+2♠
1♣+3♢+1♡+4♠
1♣+4♢+1♡+2♠
1♣+4♢+1♡+3♠


2♣+1♢+3♡+1♠
2♣+1♢+4♡+1♠
3♣+1♢+2♡+1♠
3♣+1♢+4♡+1♠
4♣+1♢+2♡+1♠
4♣+1♢+3♡+1♠


P(2,1,1) =  [ 4 // 2 ]·( (n+(-2))·(n+(-1)) )·n


Escales:


1♣+2♢+3♡+4♠
4♣+1♢+2♡+3♠
3♣+4♢+1♡+2♠
2♣+3♢+4♡+1♠


2♣+3♢+4♡+5♠
5♣+2♢+3♡+4♠
4♣+5♢+2♡+3♠
3♣+4♢+5♡+2♠


P(1,2,3,4,5) = 4·(n+(-3))


1♣+2♣+3♣+4♣
1♢+2♢+3♢+4♢
1♡+2♡+3♡+4♡
1♠+2♠+3♠+4♠


2♣+3♣+4♣+5♣
2♢+3♢+4♢+5♢
2♡+3♡+4♡+5♡
2♠+3♠+4♠+4♠


P(1,2,3,4,5) = 4·(n+(-3))


1♣+2♣+3♠+4♠
1♠+2♠+3♣+4♣
4♣+1♣+2♠+3♠
4♠+1♠+2♣+3♣


1♢+2♢+3♡+4♡
1♡+2♡+3♢+4♢
4♢+1♢+2♡+3♡
4♡+1♡+2♢+3♢


P(1,2,3,4,5) = 8·(n+(-3))