@Override
public int hashCode() {
int hs = p0_hand_.size();
if (hs < 0) hs = 0;
int res = hs + p0_minions_.size() * 10 + p1_minions_.size() * 100;
res += (p0_mana_ <= 0 ? 0 : (p0_mana_ - 1) * 1000);
res += ((p0_hero_.getHealth() + p1_hero_.getHealth()) % 100) * 10000;
int th = 0;
if (hs > 0) {
Card cc = p0_hand_.get(0);
try {
Minion mm = (Minion) cc;
th += (cc.hasBeenUsed() ? 1 : 0) + mm.getAttack() + mm.getHealth() + cc.getMana();
} catch (ClassCastException e) {
th += (cc.hasBeenUsed() ? 1 : 0) + cc.getMana();
}
}
if (hs > 1) {
Card cc = p0_hand_.get(1);
try {
Minion mm = (Minion) cc;
th += (cc.hasBeenUsed() ? 1 : 0) + mm.getAttack() + mm.getHealth() + cc.getMana();
} catch (ClassCastException e) {
th += (cc.hasBeenUsed() ? 1 : 0) + cc.getMana();
}
}
res += (th % 10) * 1000000;
int mh0 = 0;
if (p0_minions_.size() > 0) {
mh0 += p0_minions_.get(0).getHealth();
}
if (p0_minions_.size() > 1) {
mh0 += p0_minions_.get(1).getHealth();
}
res += (mh0 % 100) * 10000000;
int mh1 = 0;
if (p1_minions_.size() > 0) {
mh1 += p1_minions_.get(0).getHealth();
}
if (p1_minions_.size() > 1) {
mh1 += p1_minions_.get(1).getHealth();
}
res += (mh1 % 20) * 100000000;
return res;
}
/** Reset the has_been_used state of the cards in hand */
public void resetHand() {
for (Card card : p0_hand_) {
card.hasBeenUsed(false);
}
}
// TODO Unused?
public HearthTreeNode perform(HearthTreeNode boardState) throws HSException {
HearthTreeNode toRet = boardState;
PlayerModel actingPlayer =
actionPerformerPlayerSide != null
? boardState.data_.modelForSide(actionPerformerPlayerSide)
: null;
PlayerModel targetPlayer =
targetPlayerSide != null ? boardState.data_.modelForSide(targetPlayerSide) : null;
switch (verb_) {
case USE_CARD:
{
Card card = actingPlayer.getHand().get(cardOrCharacterIndex_);
toRet = card.useOn(targetPlayerSide, targetCharacterIndex, toRet);
}
break;
case HERO_ABILITY:
{
Hero hero = actingPlayer.getHero();
Minion target = targetPlayer.getCharacter(targetCharacterIndex);
toRet = hero.useHeroAbility(targetPlayerSide, target, toRet);
}
break;
case ATTACK:
{
Minion attacker =
actingPlayer.getCharacter(CharacterIndex.fromInteger(cardOrCharacterIndex_));
toRet = attacker.attack(targetPlayerSide, targetCharacterIndex, toRet);
}
break;
case UNTARGETABLE_BATTLECRY:
{
Minion minion =
actingPlayer.getCharacter(CharacterIndex.fromInteger(cardOrCharacterIndex_));
toRet = minion.useUntargetableBattlecry(targetCharacterIndex, toRet);
break;
}
case TARGETABLE_BATTLECRY:
{
Minion minion =
actingPlayer.getCharacter(CharacterIndex.fromInteger(cardOrCharacterIndex_));
toRet = minion.useTargetableBattlecry(targetPlayerSide, targetCharacterIndex, toRet);
break;
}
case START_TURN:
{
toRet = new HearthTreeNode(Game.beginTurn(boardState.data_.deepCopy()));
break;
}
case END_TURN:
{
toRet = new HearthTreeNode(Game.endTurn(boardState.data_.deepCopy()).flipPlayers());
break;
}
case DO_NOT_USE_CARD:
{
for (Card c : actingPlayer.getHand()) {
c.hasBeenUsed(true);
}
break;
}
case DO_NOT_ATTACK:
{
for (Minion minion : actingPlayer.getMinions()) {
minion.hasAttacked(true);
}
actingPlayer.getHero().hasAttacked(true);
break;
}
case DO_NOT_USE_HEROPOWER:
{
actingPlayer.getHero().hasBeenUsed(true);
break;
}
case RNG:
{
// We need to perform the current state again if the children don't exist yet. This can
// happen in certain replay scenarios.
// Do not do this if the previous action was *also* RNG or we will end up in an infinite
// loop.
if (toRet.isLeaf() && boardState.getAction().verb_ != Verb.RNG) {
boardState.data_.getCurrentPlayer().addNumCardsUsed((byte) -1); // do not double count
toRet = boardState.getAction().perform(boardState);
}
// RNG has declared this child happened
toRet = toRet.getChildren().get(cardOrCharacterIndex_);
break;
}
case DRAW_CARDS:
{
// Note, this action only supports drawing cards from the deck. Cards like Ysera or
// Webspinner need to be implemented using RNG children.
for (int indx = 0; indx < cardOrCharacterIndex_; ++indx) {
actingPlayer.drawNextCardFromDeck();
}
break;
}
}
return toRet;
}