public List<Card> getPayment(int pValue) {
List<Card> lBankCardList = mBankArea.getCardList();
// Order cards by high to low
Collections.sort(lBankCardList, Collections.reverseOrder());
// Quick search for exact value and then return that
for (Card lCard : lBankCardList) {
if (lCard.getMonetaryValue() == pValue) {
lBankCardList.remove(lCard);
return new ArrayList<>(Arrays.asList(lCard));
}
}
// TODO AT - if we have 10 million here and asking for 5, the 10 will be used when there could
// be a 5 underneath it this needs to be more intelligent
// Otherwise return high to low in that order
List<Card> lPaymentCards = new ArrayList<>();
for (Card lCard : lBankCardList) {
lPaymentCards.add(lCard);
lBankCardList.remove(lCard);
// Decrement rent required by how much the card was worth
pValue = -lCard.getMonetaryValue();
if (pValue < 0) {
return lPaymentCards;
}
}
// If rent is still due which should always be the case
if (pValue > 0) {
// Just look sequentially for now and sell properties until rent is paid
for (List<Card> lPropertyList : mPropertyArea.values()) {
for (Card lCard : lPropertyList) {
lPaymentCards.add(lCard);
lPropertyList.remove(lCard);
// Decrement rent required by how much the card was worth
pValue = -lCard.getMonetaryValue();
if (pValue < 0) {
return lPaymentCards;
}
}
}
}
// If you run past this loop, there is no more money to give so just return the cards sold for
// payment
// and ignore the rest as the rules of the game state
return lPaymentCards;
}
