public void CardPlay(BattleGenerator battlegenerator_CS, int cardNumer)
{
if (!(cardOnSlot[cardNumer - 1].requiresTarget) || !(battlegenerator_CS.targetedEnemy is null))
{
if (cardOnSlot[cardNumer - 1].cardCost <= battlegenerator_CS.hero_CS.energy)
{
cardOnSlot[cardNumer - 1].Effect(battlegenerator_CS);
if (cardOnSlot[cardNumer - 1].isExhaust == true)
{
exhaustList.Add(cardOnSlot[cardNumer - 1]);
}
else
{
graveyardList.Add(cardOnSlot[cardNumer - 1]);
}
if (deckList.Count == 0)
{
cardOnSlot[cardNumer - 1] = new BlankCard();
cardOnSlot[cardNumer - 1].Replace();
battlegenerator_CS.hud_CS.CardUpdate(cardOnSlot[cardNumer - 1], cardNumer);
battlegenerator_CS.hud_CS.DeckUpdate(deckList.Count, graveyardList.Count, exhaustList.Count);
}
else
{
CardDraw(cardNumer);
}
battlegenerator_CS.pointer_CS.HideThis();
}
}
}
/// <summary>
/// called when the player must take their turn
/// </summary>
public void playTurn()
{
GameManager.drawHand(this); //Draw hand
currentAction = 1; //Set all current turn variables to starting amounts
currentBuy = 1;
currentTreasure = 0;
bool stillActionPhase = true; //keeps track of whether the player is still in the action phase
do //ACTION PHASE LOOP
{
bool haveActionCard = false; //keeps track of if the player has an action card in hand
foreach (Card card in hand) //check hand to see if the player has an action card
{
if (card.isAction)
{
haveActionCard = true;
}
}
if (haveActionCard)
{
if (currentAction > 0)
{ //PLAYER HAS ACTIONS AND ACTION CARDS
foreach (Card card in hand) //Display cards in hand
{
Console.WriteLine(card.name);
}
bool stillChoosingCard = true; //keeps track of when the player has successfully chosen a card
Card chosenCard = new BlankCard(); //declare and instantiate chosenCard so that we can use it.
//it is declared as a blankCard to because objects can't be declared as interfaces
string cardToPlay = "";
do
{
Console.WriteLine("WHICH CARD TO PLAY (OR ENTER 'NONE')"); //ask the user for what action card to play
cardToPlay = Console.ReadLine(); //store the name of the card wanted to play
foreach (Card card in hand) //loop through hand and check if the card entered is actually in the players hand
{
if (String.Compare(card.name, cardToPlay, true) == 0) //compare card name entered to the name of each card in hand
{
stillChoosingCard = false; //the card entered is actually in hand and the player has chosen a card
chosenCard = card;
}
}
if (String.Compare(cardToPlay, "NONE", true) == 0) //check if player entered none
{
stillChoosingCard = false;
}
} while (stillChoosingCard); //repeats until player enters a card that is actually in the player's hand
if (String.Compare(cardToPlay, "NONE", true) != 0)
{
hand.Remove(chosenCard); //remove chosen card from hand. this is like the player laying the card down
inPlay.Add(chosenCard); //add chosen card to inPlay
chosenCard.playCard(this); //resolve the action card
}
else
{
stillActionPhase = false;
}
}
else
{
stillActionPhase = false; //action phase is over if the player has no more actions to be able to play more action cards
}
}
else
{
stillActionPhase = false; //action phase is over if there are no actions in the players hand
}
} while (stillActionPhase);
foreach (Card card in hand) //loop through all cards in hand and play all treasure cards
{
if (card.isTreasure)
{
card.playCard(this);
}
}
//BUY PHASE
bool stillBuyPhase = true;
do
{
GameManager.outputSupplyPiles();
if (currentBuy > 0)
{
bool stillChoosingCard = true; //keeps track of when the player has successfully chosen a card
Card chosenCard = new BlankCard(); //declare and instantiate chosenCard so that we can use it.
//it is declared as a blankCard to because objects can't be declared as interfaces
string cardToBuy = "";
do
{
Console.WriteLine("CURRENT TREASURE: " + currentTreasure);
Console.WriteLine("WHICH CARD TO BUY (OR ENTER 'NONE')"); //ask the user for what card to buy
cardToBuy = Console.ReadLine(); //store the name of the card wanted to buy
foreach (Card card in GameManager.supplyPile) //loop through supply pile and check if the card entered is actually in the supply pile
{
if (String.Compare(card.name, cardToBuy, true) == 0) //compare card name entered to the name of each card in supply pile
{
if (card.cost <= currentTreasure) //check that the player can afford the card they chose
{
stillChoosingCard = false; //the card entered is actually in pile and the player has chosen a card
chosenCard = card;
}
}
}
if (String.Compare(cardToBuy, "NONE", true) == 0) //check if player entered none
{
stillChoosingCard = false;
}
} while (stillChoosingCard); //repeats until player enters a card that is actually in the supply pile
if (String.Compare(cardToBuy, "NONE", true) != 0)
{
GameManager.supplyPile.Remove(chosenCard); //actions are done as if the player bought thecard put it in the discard
this.discard.Add(chosenCard); //and now has fewer buys and treasure
currentBuy--;
currentTreasure -= chosenCard.cost;
}
else
{
stillBuyPhase = false;
}
}
else
{
stillBuyPhase = false;
}
} while (stillBuyPhase);
//CLEANUP PHASE
List <Card> copyOfHand = new List <Card>();
foreach (Card card in hand)
{
copyOfHand.Add(card);
}
foreach (Card card in copyOfHand) //remove all cards from hand and put them in the discard
{
hand.Remove(card);
discard.Add(card);
}
List <Card> copyOfInPlay = new List <Card>();
foreach (Card card in inPlay)
{
copyOfInPlay.Add(card);
}
foreach (Card card in copyOfInPlay) //remove all cards from in play and put them in the discard
{
inPlay.Remove(card);
discard.Add(card);
}
}
