int main(int argc, const char *argv[]) {
assert(SIZE1 <= 8*sizeof(bitboard));
assert(TRANSIZE >= ((bitboard)1 << (SIZE1-LOCKSIZE))*31/32);
char bookfile[64];
sprintf(bookfile, "book%d%d", WIDTH, HEIGHT);
Window wins(argc > 1 ? argv[1] : bookfile);
bool ok = true;
wins.reset();
wins.refresh();
int c;
while ((c = getchar()) != EOF && c != 'q') {
switch (c) {
case '1' : case '2' : case '3' : case '4' : case '5' : case '6' : case '7' : case '8' : case '9' :
ok = wins.play(c - '1');
break;
case '\n': ok = wins.solve();
wins.reset();
break;
}
if (!ok) {
putchar('\7');
ok = true;
}
}
printf("Be seeing you...\n");
return 0;
}
int ab(int alpha, int beta)
{
int besti,i,j,h,k,l,val,score;
int x,v,work;
int nav, av[8];
int64 poscnt;
int side, otherside;
nodes++;
if (plycnt == 41)
return DRAW;
side = (otherside = plycnt & 1) ^ 1;
for (i = nav = 0; ++i <= 7; ) {
if ((h = height[i]) <= 6) {
if (wins(i,h,3) || colthr[columns[i]] != 0) {
if (h+1 <= 6 && wins(i,h+1,1<<otherside))
return LOSE;
av[0] = i; /* forget other moves */
while (++i <= 7)
if ((h = height[i]) <= 6 &&
(wins(i,h,3) || colthr[columns[i]] != 0))
return LOSE;
nav = 1;
break;
}
if (!(h+1 <= 6 && wins(i,h+1,1<<otherside)))
av[nav++] = i;
}
}
if (nav == 0)
return LOSE;
if (nav == 1) {
makemove(av[0]);
score = -ab(-beta,-alpha);
backmove();
return score;
}
if ((x = transpose()) != ABSENT) {
score = x >> 5;
if (score == DRAWLOSE) {
if ((beta = DRAW) <= alpha)
return score;
} else if (score == DRAWWIN) {
if ((alpha = DRAW) >= beta)
return score;
} else return score; /* exact score */
}
Team::Team(QObject *parent, const char *name)
: QObject(parent,name) {
wins(0);
losses(0);
ties(0);
goals(0);
generations(0);
Bots.clear();
}
int main() {
srand(time(NULL));
win[PLAYERONE] = win[PLAYERTWO] = 0;
char grid[ROWS][COLS];
char input;
int row = 4;
int col = 4;
int winning;
int which_turn = rand_xoro(); //This is your turn counter, as requested
int this_game_player;
int player = this_game_player = rand_player();
do {
winning = NOTHING;
clear_grid(grid);
player_prompt(player, which_turn);
for(int i=0; !full(grid) && i < 9 && winning == NOTHING; i++) {
int result;
while ((result = test_input(input, grid, row, col, which_turn)) != 0) {
if(result == 1) {
printf("Invalid character, 1, 2, or 3 required\n");
read_everything();
} else if(result == 2) {
printf("Invalid character, X or O required\n");
read_everything();
} else if(result == 3) {
printf(" already taken\n");
read_everything();
} else if(result == 4) {
printf("Invalid character\n");
read_everything();
} else if(result == 5)
printf("\nNot enough characters!\n");
else if(result == 6) {
printf("Invalid row or column selection\n");
read_everything();
} else if(result == 7) {
printf("Invalid character selection for your player\n"); //Requested error message for invalid character
read_everything();
}
player_prompt(player, which_turn);
}
player = flip(player);
which_turn = flip(which_turn);
display_grid(grid);
winning = test_winnings(grid);
if(winning == NOTHING)
player_prompt(player, which_turn);
else if(winning == XWINS) {
printf("Player1 total wins %i, Player 2 total wins %i\n", wins(PLAYERONE), wins(PLAYERTWO));
inc_wins(this_game_player);
} else if(winning == OWINS) {
inc_wins(this_game_player);
printf("Player1 total wins %i, Player 2 total wins %i\n", wins(PLAYERONE), wins(PLAYERTWO));
} else if(winning == TIE)
printf("Player1 total wins %i, Player 2 total wins %i\n", wins(PLAYERONE), wins(PLAYERTWO));
}
this_game_player = flip(this_game_player); //Alternate players who go first each game.
which_turn = rand_xoro(); //Randomize whether X or O comes first next game
} while((winning == NOTHING) || (replay() == AGAIN));
}
void Team::randomTeam(unsigned int size) {
unsigned int numrules;
unsigned int mass;
wins(0);
losses(0);
ties(0);
goals(0);
name("Team Stochastic");
for (unsigned int i=0; i<size; i++) {
numrules = Random::randint(100,200); // pick a random number of rules for each bot
mass = Random::randint(1,10); // pick a random number for the bot mass
Bot *NewBot = new Bot(this);
NewBot->randomBot(numrules, mass);
insertBot(NewBot);
}
}
int get_cell_value(int row, int col)
{
int rslt;
int coeff;
if (get_map()->map[row][col] == 'R')
coeff = -1;
if (get_map()->map[row][col] == 'Y')
coeff = 1;
if (get_map()->map[row][col] == '-')
coeff = 0;
if (coeff && wins(row, col))
return (100000 / get_map()->width / get_map()->height * coeff);
rslt = get_map()->width - ft_abs(get_map()->width / 2 - col);
rslt += get_horizontal_number(row, col) * get_map()->width;
rslt += get_vertical_number(row, col) * get_map()->width;
rslt += get_diagonal_numbers(row, col) * get_map()->width;
rslt *= coeff;
return (rslt);
}
void GameStorage::increaseWins() {
setWins(opponentUniqueId(), wins(opponentUniqueId()) + 1);
}
