/// <summary>
/// Allows the game to run logic such as updating the world,
/// checking for events, gathering input, and playing audio.
/// </summary>
/// <param name="gameTime">Provides a snapshot of timing values.</param>
protected override void Update(GameTime gameTime)
{
// Update the keyboard state
KeyboardState state = Keyboard.GetState();
// Check for game exit
if (GamePad.GetState(PlayerIndex.One).Buttons.Back == ButtonState.Pressed || state.IsKeyDown(Keys.Escape))
{
Exit();
}
// Update turn and check for win/loss
UpdateGame();
UpdateTurn();
// Upate player phase
p1.Update(gameTime, p1Field);
p2.Update(gameTime, p2Field);
// Update traps for hooks (EARLY TESTING)
KeyValuePair <TrapCard, int> hookedTrap = CheckHooksP1(gameTime, p1, p2, p1Field, p2Field);
if (hookedTrap.Key != null)
{
hookedTrap.Key.effect.Activate(p1, p2, p1Field, p2Field, hookedTrap.Value);
}
// Update selector
selectionHandlers[selector.state].Handle(selector, p1, p2, p1Field, p2Field, state, previousState);
// for testing, draw with 'D'
if (state.IsKeyDown(Keys.D) && previousState.IsKeyUp(Keys.D))
{
DrawCard.Apply(p1, p1Field);
}
// Update keyboard state
previousState = state;
// AI starts with monster for testing
foreach (Card card in p1Field.magicAndTrapZone)
{
if (card is TrapHole)
{
if (p2.hand[0] is MonsterCard)
{
p1.hooks.Add(TrapHook.NORMAL_SUMMON, 0);
Summon.Apply(p2, p2Field, (MonsterCard)p2.hand[0], 0);
}
}
}
base.Update(gameTime);
}
private void UpdateDrawPhase(GameTime gameTime, Field field)
{
DrawCard.Apply(this, field);
currentPhase = Phase.STANDBY;
}
/// Initializes both sides of the field (has lots of testing material in it.
private void InitField()
{
HumanPlayer.Builder p1Builder = new HumanPlayer.Builder();
AIPlayer.Builder p2Builder = new AIPlayer.Builder();
p1 = p1Builder
.WithHandPositions(p1HandPositions)
.Build();
p2 = p2Builder
.Build();
p2.lifePoints = 500;
p1Deck = new List <Card>
{
new AncientElf(spriteManager),
new FeralImp(spriteManager),
new DarkMagician(spriteManager),
new GreatWhite(spriteManager),
new DarkHole(spriteManager),
new TrapHole(spriteManager)
};
Field.Builder p1FieldBuilder = new Field.Builder();
p1Field = p1FieldBuilder
.WithDeck(p1Deck)
.WithDeckSpriteAndPosition(spriteManager.cardBack, p1DeckPosition)
.WithGraveYardPosition(p1GraveYardPosition)
.WithMonsterPositions(p1MonsterPositions)
.WithMagicAndTrapPositions(p1MagicAndTrapPositions)
.WithFieldCardPosition(p1FieldZonePosition)
.Build();
p2Deck = new List <Card>
{
new AncientElf(spriteManager),
new FeralImp(spriteManager),
new DarkMagician(spriteManager),
new GreatWhite(spriteManager),
new DarkHole(spriteManager),
new CastleWalls(spriteManager)
};
Field.Builder p2FieldBuilder = new Field.Builder();
p2Field = p2FieldBuilder
.WithDeck(p2Deck)
.WithDeckSpriteAndPosition(spriteManager.cardBack, p2DeckPosition)
.WithGraveYardPosition(p2GraveYardPosition)
.WithMonsterPositions(p2MonsterPositions)
.WithMagicAndTrapPositions(p2MagicAndTrapPositions)
.WithFieldCardPosition(p2FieldZonePosition)
.Build();
// Draw cards
DrawCard.Apply(p1, p1Field);
DrawCard.Apply(p1, p1Field);
DrawCard.Apply(p1, p1Field);
DrawCard.Apply(p1, p1Field);
DrawCard.Apply(p1, p1Field);
DrawCard.Apply(p2, p2Field);
DrawCard.Apply(p2, p2Field);
DrawCard.Apply(p2, p2Field);
DrawCard.Apply(p2, p2Field);
DrawCard.Apply(p2, p2Field);
}