/* Test if we can use suggested score slot */
int
play_score (int player, int field)
{
int i;
/* Special case for yahtzee, allow multiple calls if 1st wasn't 0 */
/* This, however, was broken: it didn't actually check to see if the
* user had a yahtzee if this wasn't their first time clicking on it.
* Bad. -- [email protected] */
if (field == 11 && game_type == GAME_YAHTZEE) {
if ((players[player].used[11] && (players[player].score[11] == 0)))
return SLOT_USED;
if ((players[player].used[11] && !find_yahtzee ()))
return SLOT_USED;
} else if (players[player].used[field])
return SLOT_USED;
players[player].used[field] = 1;
players[player].score[field] = players[player].score[field] + field_score (field);
PrependUndoList (player, field, players[player].score[field]);
ShowPlayer (player, field);
for (i = 0; i < NUM_FIELDS; ++i)
if (!players[player].used[i])
return SCORE_OK;
players[player].finished = 1;
return SCORE_OK;
}
gint
player_field_score (gint player, gint field)
{
/* A player can still score in H_YA even if it's used in the
* regular game, but only if they have a non-zero value there */
if (field == H_YA && game_type == GAME_YAHTZEE) {
if (players[player].used[field]) {
if (field_score (field) > 0 && players[player].score[field] > 0)
return field_score (field);
else
return -1;
}
}
else if (players[player].used[field])
return -1;
return field_score (field);
}
static void
BuildTable (int player)
{
int i;
int d;
for (i = 0; i < NUM_FIELDS; ++i) {
bc_table[i] = 0;
if (players[player].used[i]) {
bc_table[i] = -99;
}
}
/*
** HANDLING UPPER SLOTS
*/
for (i = 0; i < NUM_UPPER; ++i) {
if (players[player].used[i])
continue;
/*
** ok. now we set a base value on the roll based on its count and
** how much it is worth to us.
*/
bc_table[i] = (count (i + 1) - 2) * (i + 1) * 4 - (i + 1);
}
/*
** HANDLING LOWER SLOTS
*/
/*
** now we look hard at what we got
*/
/* Small straight */
if (H_SS > 0 && !players[player].used[H_SS]) {
d = field_score (H_SS);
if (d) bc_table[H_SS] = d;
}
/* Large straight */
if (!players[player].used[H_LS]) {
bc_table[H_LS] = field_score (H_LS);
}
/* chance - sum of all dice */
/* Lower this, because we'd rather score somewhere else when we can */
if (!players[player].used[H_CH] && NumberOfRolls > 2) {
bc_table[H_CH] = field_score (H_CH) / 2;
}
/* Full house */
if (!players[player].used[H_FH]) {
bc_table[H_FH] = field_score (H_FH);
}
/* Two pair same color */
if (H_2P > 0 && !players[player].used[H_2P]) {
bc_table[H_2P] = field_score (H_2P);
}
/* Full house same color */
if (H_FS > 0 && !players[player].used[H_FS]) {
bc_table[H_FS] = field_score (H_FS);
}
/* Flush - all same color */
if (H_FL > 0 && !players[player].used[H_FL]) {
bc_table[H_FL] = field_score (H_FL);
}
/* 3 of a kind */
if (!players[player].used[H_3]) {
bc_table[H_3] = field_score (H_3);
}
/* 4 of a kind */
if (!players[player].used[H_4]) {
/* Add one to break tie with 3 of a kind */
bc_table[H_4] = field_score (H_4) + 1;
}
/* 5 of a kind */
if (players[player].used[H_YA] && (players[player].score[H_YA] == 0 || game_type == GAME_KISMET)) {
bc_table[H_YA] = -99;
}
else if (find_n_of_a_kind (5, 0)) {
bc_table[H_YA] = 150; /* so he will use it! */
}
if (DisplayComputerThoughts) {
for (i = 0; i < NUM_FIELDS; ++i) {
printf ("%s : SCORE = %d\n", _(FieldLabels[i]), bc_table[i]);
}
}
}
