int main()
{
play_score_init();
play_score(poireau);
serial_init();
switchAllOnState(ON);
musical_keyboard();
chenillard();
return 0; //EXIT_SUCCESS
}
void
ComputerScoring (int player)
{
int i;
int best;
int bestv;
NumberOfRolls = 3; /* in case skipped middle */
BuildTable (player);
best = 0;
bestv = -99;
for (i = NUM_FIELDS - 1; i >= 0; --i) {
if (player % 2) {
if (bc_table[i] > bestv) {
best = i;
bestv = bc_table[i];
}
}
else {
if (bc_table[i] >= bestv) {
best = i;
bestv = bc_table[i];
}
}
if (DisplayComputerThoughts) {
fprintf (stderr, "<<BEST>> %s : VALUE = %d\n",
_(FieldLabels[best]),
bc_table[best]);
}
}
if (DisplayComputerThoughts)
fprintf (stderr, "I choose category %d as best %d score name %s\n",
best, bc_table[best], _(FieldLabels[best]));
play_score (player, best);
}
/*----------------------------------------------------------------------
* Calculate ways to play the word, given blanks used
* blanks may be played in more than one place
*----------------------------------------------------------------------*/
void consider_word(const char *bused) /* blanks used */
{
if (bused[0] == '\0') {
play.score = play_score();
nb_add(&play); /* remember if one of best */
}else{
char b = bused[0];
char *bpos;
for (bpos=play.bword; (bpos=strchr(bpos, b)) != NULL; bpos++) {
int i = bpos - play.bword;
if (board[play.row][play.col+i] == EMPTY) {
play.bword[i] = BLANK;
consider_word(bused+1);
play.bword[i] = b; /* replace character */
}
}
}
}
gint
RedoLastMove (void) {
gint rval = (CurrentPlayer + 1) % NumberOfPlayers;
if (RedoList) {
gint ii;
UndoScoreElement *elem = RedoList->data;
for (ii = 0; ii < NUMBER_OF_DICE; ii++) {
DiceValues[ii].val = elem->DiceValues[ii];
DiceValues[ii].sel = 0;
}
RedoList = g_list_remove (RedoList, elem);
play_score (elem->player, elem->field);
rval = (elem->player + 1) % NumberOfPlayers;
g_free (elem);
if (RedoList) {
elem = RedoList->data;
rval = elem->player;
}
}
return rval;
}
