/* No sanity checking */
coord_t *
str2coord(char *str, int size)
{
if (!strcasecmp(str, "pass")) {
return coord_pass();
} else if (!strcasecmp(str, "resign")) {
return coord_resign();
} else {
char xc = tolower(str[0]);
return coord_init(xc - 'a' - (xc > 'i') + 1, atoi(str + 1), size);
}
}
static coord_t *
proof_genmove(struct engine *e, struct board *b, struct time_info *ti, enum stone color, bool pass_all_alive)
{
coord_t *coord;
fprintf(stderr, "HELLO WORLD!");
struct board b2;
board_copy(&b2, b);
for (int i=0; i<=19; i++){
for (int j=0; j<=19; j++){
coord = coord_init(i,j,board_size(&b2));
if (board_is_valid_play(&b2, color, *coord))
return coord;
}
}
*coord = -1;
return coord;
}
void drawPlateau(Item *items[], SDL_Surface *screen, Plateau p) {
if (items[0]->on_screen) {
Pion pion = NULL;
SDL_Rect pos;
Coordonnee coord = coord_init();
for (unsigned int i = 0; i < TAILLE; i++) {
for (unsigned int j = 0; j < TAILLE; j++) {
coord_set(coord, j, i);
if ((pion = plateau_get_pion(p, coord)) != NULL) {
pos = pion_to_pixel(pion);
if (pion_get_couleur(pion) == ROUGE)
apply_surface(HEXPOS_X + pos.x, HEXPOS_Y + pos.y, items[2]->surface, screen);
else
apply_surface(HEXPOS_X + pos.x, HEXPOS_Y + pos.y, items[1]->surface, screen);
}
}
}
apply_surface(HEXPOS_X, HEXPOS_Y, items[0]->surface, screen);
}
}
