private void CardClickHandler(CardUI card)
{
if (OnPlayerCardThrow != null)
{
OnPlayerCardThrow(new Card { CardSuit = card.CardSuit, CardType = card.CardType });
}
}
private void CalculateSpriteState_Player(CardUI ui, out Vector2 position, out Texture2D texture, out float rotation, out float zIndex)
{
var blockWidth = (_countPlayerCards - 1) * MaxCardOffset + _countPlayerCards * CurrentGameCardWidth;
var cardsSpace = WindowWidth - 2 * HorizontalWindowPadding;
var y = VerticalWindowPadding + 2 * CurrentGameCardHeight + DescTopOffset + DescVerticalCardOffset + DescBottomOffset;
var x = HorizontalWindowPadding;
if (blockWidth < cardsSpace)
{
x = (WindowWidth - blockWidth) / 2 + ui.Index * (CurrentGameCardWidth + MaxCardOffset);
}
else
{
var cardOffset = MaxCardOffset - (blockWidth - cardsSpace) / (_countPlayerCards - 1);
x = HorizontalWindowPadding + ui.Index * (CurrentGameCardWidth + cardOffset);
}
position = new Vector2(x, y);
texture = _spriteList;
rotation = 0;
zIndex = PlayerCardsMinZIndex + ui.Index * ((PlayerCardsMaxZIndex - PlayerCardsMinZIndex) / _countPlayerCards);
}
private void CalculateSpriteState_OutOfDesc(CardUI ui, out Vector2 position, out Texture2D texture, out float rotation, out float zIndex)
{
var x = -1 * CurrentGameCardWidth - 10;
var y = VerticalWindowPadding + CurrentGameCardHeight + DescTopOffset;
position = new Vector2(x, y);
texture = _backSprite;
rotation = 0;
zIndex = 0;
}
private void CalculateSpriteState_Desc(CardUI ui, out Vector2 position, out Texture2D texture, out float rotation, out float zIndex)
{
var y = VerticalWindowPadding + CurrentGameCardHeight + DescTopOffset;
y += ((ui.Index+1) % 2 == 0) ? DescVerticalCardOffset : 0;
var x = ((ui.Index + 1) % 2 == 0) ? HorizontalWindowPadding + DescHorizintalCardOffset : HorizontalWindowPadding;
x += ((ui.Index) / 2) * (CurrentGameCardWidth + DescCardOffset);
position = new Vector2(x, y);
texture = _spriteList;
rotation = 0;
zIndex = ((ui.Index + 1) % 2 == 0) ? DescUpperCardZIndex : DescLowerCardZIndex;
}
private void CalculateSpriteState_Deck(CardUI ui, out Vector2 position, out Texture2D texture, out float rotation, out float zIndex)
{
float x = 0;
float y = 0;
if (ui.Index == 0)
{
x = WindowWidth - HorizontalWindowPadding - DeckCardsRightOffset;
y = VerticalWindowPadding + CurrentGameCardHeight + DescTopOffset + TrumpCardTopOffset;
zIndex = TrumpCardZIndex;
rotation = MathHelper.Pi/2;
texture = _spriteList;
}
else
{
x = WindowWidth - HorizontalWindowPadding - CurrentGameCardWidth - DeckCardsRightOffset + ui.Index * DeckCardOffset;
y = VerticalWindowPadding + CurrentGameCardHeight + DescTopOffset + ui.Index * DeckCardOffset;
zIndex = DeckCardsMinZIndex + ui.Index * 0.001f;
rotation = 0;
texture = _backSprite;
}
position = new Vector2(x, y);
}
private void CalculateNewSpriteState(CardUI ui, out Vector2 position, out Texture2D texture, out float rotation, out float zIndex)
{
switch (ui.CardPosition)
{
case CardPosition.Player:
CalculateSpriteState_Player(ui, out position, out texture, out rotation, out zIndex);
break;
case CardPosition.Enemy:
CalculateSpriteState_Enemy(ui, out position, out texture, out rotation, out zIndex);
break;
case CardPosition.Desc:
CalculateSpriteState_Desc(ui, out position, out texture, out rotation, out zIndex);
break;
case CardPosition.Deck:
CalculateSpriteState_Deck(ui, out position, out texture, out rotation, out zIndex);
break;
case CardPosition.OutOfDesc:
CalculateSpriteState_OutOfDesc(ui, out position, out texture, out rotation, out zIndex);
break;
default:
CalculateSpriteState_OutOfDesc(ui, out position, out texture, out rotation, out zIndex);
break;
}
}