public SimulationCard(SimulationCard card)
{
parent = card.parent;
attack = card.attack;
health = card.health;
hasGuard = card.hasGuard;
hasLethal = card.hasLethal;
hasWard = card.hasWard;
}
public static void FindTrades(Player player, SimulationGroup parent = null)
{
var enemyPlayer = player.isMe ? Player.enemy : Player.me;
var enemyCards = enemyPlayer.boardCards
.OrderBy(c => c.hasGuard ? 0 : 1)
.ThenByDescending(c => c.health);
/*var print = player.isMe ? "My " : "Enemy ";
* print += "Useable Cards: ";
*
* foreach(var card in player.usableCards)
* {
* print += card.id + " ";
* }
*
* Console.Error.WriteLine(print);*/
List <Card> newUseableCards = parent != null?
player.usableCards.Where(c => !parent.targets.Contains(c)).ToList() : player.usableCards;
foreach (var enemy in enemyCards)
{
if (parent != null)
{
var target = SimulationCard.GetSimulationCard(enemy, parent);
if (target != null)
{
if (!(target.health > 0 && (target.attack > 0 || target.hasGuard)))
{
continue;
}
}
}
if (enemy.health > 0 && (enemy.attack > 0 || enemy.hasGuard))
{
GetTradeOptions(newUseableCards, player, enemy, parent);
}
}
}
public bool ComputeScoreHelper(Card spellTarget = null, List <SimulationCard> storedSimulatedCards = null)
{
enemyCost = 0;
myCost = 0;
bonusScore = 0;
SimulationCard sTarget = SimulationCard.NewSimulationCard(target, playerTrade);
foreach (var card in myCards)
{
if (sTarget.health <= 0) //overkill
{
overkill = true;
break;
}
simulationCards.Add(card);
SimulationCard sCard = SimulationCard.NewSimulationCard(card, playerTrade);
if (storedSimulatedCards != null)
{
storedSimulatedCards.Add(sCard);
}
else
{
card.simulationCards.Add(this, sCard);
}
if (card.type == CardType.Creature)
{
//check if enough room for summon
if (card.hasCharge && card.location == CardLocation.PlayerHands)
{
}
if (spellTarget != null && spellTarget == card)
{
if (spellCard.hasWard)
{
sCard.hasWard = true;
}
if (spellCard.hasLethal)
{
sCard.hasLethal = true;
}
sCard.attack += spellCard.attack;
sCard.health += spellCard.health;
}
if (sTarget.hasWard)// && card.attack > 0)
{
sTarget.hasWard = false;
}
else
{
if (sCard.hasLethal)
{
sTarget.health = 0;
}
else
{
sTarget.health -= sCard.attack;
}
}
var cardHealthLeft = sCard.health - sTarget.attack;
if (!sCard.hasWard)
{
if (sTarget.hasLethal)
{
cardHealthLeft = 0;
}
if (cardHealthLeft <= 0)
{
myCost += sCard.health + sCard.attack;
}
else
{
myCost += sCard.health - cardHealthLeft;
//bonusScore += cardAttack;
}
}
}
else
{
if (card.type == CardType.Red || card.type == CardType.Blue)
{
myCost += card.cost * 2;
bonusScore += card.cardDraw * 3;
if (card.health < 0)
{
if (sTarget.hasWard)
{
sTarget.hasWard = false;
}
else
{
sTarget.health += card.health;
}
}
sTarget.attack += card.attack;
if (card.hasWard)
{
sTarget.hasWard = false;
}
if (card.hasLethal)
{
sTarget.hasLethal = false;
}
if (card.hasGuard) //lazy coding
{
if (target.hasGuard)
{
//score = target.health;
//return true;
}
}
}
}
}
enemyCost = target.health + target.attack + target.bonusValue;
/*if (target.hasLethal)
* {
* if (Player.me.highestCardOnBoard != null)
* {
* enemyCost += Player.me.highestCardOnBoard.health + Player.me.highestCardOnBoard.attack;
* }
* }*/
score = enemyCost - myCost + bonusScore;
if (sTarget.health <= 0 && overkill == false)
{
targetKilleable = true;
return(true);
}
else
{
return(false);
}
}