int CBot::FirstHandDiscard(CCard rgDiscarded[20])
{
int iMaxValue = -999999, iSelectedHand = -1, i, iValue;
int iNumTriplets = 0, iNumSingles = 0, iNumPairs = 0;
AnalyzeHand();
for (i = 0; i < m_iNumHand; i++) {
if (m_rgHand[i].type == DT_SINGLE && m_rgHand[i].cnt == 1) {
iNumSingles++;
} else if (m_rgHand[i].type == DT_DOUBLE && m_rgHand[i].cnt == 1) {
iNumPairs++;
} else if (m_rgHand[i].type == DT_TRIPLE) {
iNumTriplets++;
}
}
for (i = 0; i < m_iNumHand; i++) {
iValue = 0;
switch (m_rgHand[i].type) {
case DT_SINGLE:
if (m_rgHand[i].cnt > 1) {
// sequence
iValue = 6 * (19 - m_rgHand[i].headval) * (19 - m_rgHand[i].headval) - 80 * (iNumSingles + iNumPairs);
} else {
// single card
iValue = 5 * (19 - m_rgHand[i].headval) * (19 - m_rgHand[i].headval) + 25 * iNumSingles;
}
break;
case DT_DOUBLE:
if (m_rgHand[i].cnt > 1) {
// pair sequence
iValue = 6 * (19 - m_rgHand[i].headval) * (19 - m_rgHand[i].headval) - 60 * (iNumSingles + iNumPairs);
} else {
// pair
iValue = 5 * (19 - m_rgHand[i].headval) * (19 - m_rgHand[i].headval) + 25 * iNumPairs + 10;
}
break;
case DT_TRIPLE:
iValue = 2 * (19 - m_rgHand[i].headval) * (19 - m_rgHand[i].headval);
if (iNumTriplets - iNumSingles - iNumPairs <= 2) {
iValue += 850; // play triplets first if we don't have much leftovers
}
break;
case DT_QUAD:
iValue = (19 - m_rgHand[i].headval) / 2;
break;
case DT_DBLJOKER:
default:
if (m_iNumHand <= 2) {
iValue = 999999;
} else {
iValue = 1;
}
break;
}
if (iValue > iMaxValue) {
iMaxValue = iValue;
iSelectedHand = i;
}
}
assert(iSelectedHand != -1);
int c = PlayHand(m_rgHand[iSelectedHand], rgDiscarded);
// TODO: kicker cards
return c;
}
int main()
{
startGame();
PlayHand();
}
