public Card[] Attack(State state)
{
if (_hand.Cards.Count < 3)
{
return new Card[0];
}
return _hand.Cards.GetRange(0, 3).ToArray<Card>();
}
public Card[] Attack(State state)
{
DisplayGameState(state);
// Allow selecting attack cards
var attackers = SelectAttackers();
// Return attack cards
return attackers;
}
public Defence Defend(State state, Card[] attackingCards)
{
var d = new Defence();
if (_hand.Cards.Count < 3)
{
return d;
}
if (attackingCards.Count<Card>() > 1)
{
d.Response[attackingCards[0]] = new Card[] { _hand.Cards[0] };
d.Response[attackingCards[1]] = new Card[] { _hand.Cards[1] };
}
return d;
}
static void Main(string[] args)
{
var humanHand = new Hand(true);
var compHand1 = new Hand(true);
//var compHand2 = new Hand();
var human = new HumanPlayer("Gary", humanHand);
var comp1 = new ComputerPlayer("Bob", compHand1);
//var comp2 = new ComputerPlayer("Jane", compHand2);
//var state = new State(comp1, comp2, compHand1, compHand2);
var state = new State(human, comp1, humanHand, compHand1);
GameManager.Play(state);
}
void DisplayGameState(State state)
{
var header = string.Format("{0} | {1}", state.ActivePlayer.Name, state.OtherPlayer.Name);
var life = string.Format("{0} | {1}", state.ActivePlayer.Life, state.OtherPlayer.Life);
var padding = state.ActivePlayer.Name.Length - state.ActivePlayer.Life.ToString().Length;
var separator = new String('-', header.Length);
Console.WriteLine(header);
Console.WriteLine(separator);
Console.Write(new String(' ', padding));
Console.WriteLine(life);
Console.WriteLine(separator);
Console.WriteLine();
DisplayCards(_hand.Cards.ToArray(), "Hand:");
}
public static void Play(State state)
{
// Alternate turns until game over
while (!state.GameOver)
{
// Active player draws a card
state.ActiveHand.Cards.Add(RandomCardGenerator.generateCard(1, 4));
// Allow active player to attack
var attackCards = state.ActivePlayer.Attack(state);
// Allow other player to defend
var defence = state.OtherPlayer.Defend(state, attackCards.ToArray<Card>());
// If an attacking card was not blocked, it deals it's damage to the opponent
foreach (Card c in attackCards)
{
if (!defence.Response.Keys.Contains<Card>(c))
{
state.OtherPlayer.Life -= c.Attack;
}
}
// Compute battle damage to cards (Taking into account only the first defender)
foreach (KeyValuePair<Card, Card[]> entry in defence.Response)
{
var attackCard = entry.Key;
var defenceCard = entry.Value[0];
// If attacking card's Attack >= defending card's Defence, then defending card is destroyed
if (attackCard.Attack >= defenceCard.Defence)
{
state.OtherHand.Cards.Remove(defenceCard);
}
// If attacking card's Defence <= defending card's Attack, the attacking card is destroyed
if (defenceCard.Attack >= attackCard.Defence)
{
state.ActiveHand.Cards.Remove(attackCard);
}
}
state.EndTurn();
}
}
public Defence Defend(State state, Card[] attackingCards)
{
// Show attackers
Console.WriteLine("### YOU'RE UNDER ATTACK!!! ###");
Console.WriteLine();
DisplayCards(attackingCards, "Attackers:");
// Show hand
DisplayCards(_hand.Cards.ToArray(), "Hand:");
// Loop over attackers and request defenders for each attacker
var defence = new Defence();
foreach (Card c in attackingCards)
{
Console.WriteLine("Input the Numbers of Defending Cards for [{0}] separated by spaces", c);
var defenders = SelectCards(_hand.Cards.ToArray());
defence.Response[c] = defenders;
}
// Return defenders
return defence;
}
