int playerProbability(element_P ** arr, int** count, int * left, int* player_ace){
int player_card[2] , dealer_card;
for(int i=2;i<12;i++){
int counter1 = left[i];
while(counter1){
--left[i];
if(i == 11)
++(*player_ace);
player_card[0] = i;
for(int j=2;j<12;j++){
int counter2 = left[j];
while(counter2){
--left[j];
dealer_card = j;
for(int k=2;k<12;k++){
int counter3 = left[k];
while(counter3){
--left[k];
if(k == 11)
++(*player_ace);
player_card[1] = k;
int card_sum = cardSum(player_card);
int actual_card_sum = player_card[0] + player_card[1];
if(checked[hash_check(i,j,k)])
;
else{
for(int cases = 0; cases<6; ++cases){
//if(cases > 0){
hit(arr[card_sum][j].player[cases], left, actual_card_sum , 1.0 , player_ace, cases);
//printf("Hit(%d,%d,%d);\n",player_card[0],dealer_card,player_card[1]);
//}
/*else{
stand(arr[card_sum][j].player[cases] , actual_card_sum , player_ace);
//printf("Stand(%d,%d,%d);\n",player_card[0],dealer_card,player_card[1]);
}*/
dealerProbability( arr[card_sum][j].dealer[cases], left, dealer_card , 1.0);
}
++count[card_sum][j];
checked[ ((100*j) + (i+k)) ] = true;
}
if(k == 11)
--(*player_ace);
++left[k];
--counter3;
}
}
++left[j];
--counter2;
}
}
if(i == 11)
--(*player_ace);
++left[i];
--counter1;
}
}
return 0;
}
mkgraph()
{
if (!parse())
return(FALSE);
hash_check();
hash_free();
fingraph();
return(TRUE);
}
