public async void AsyncWaitForMove()
{
while (true)
{
Move nextMove = await Net.Recieve();
if (nextMove.Selected == GameState.TURN_PASS)
{
this.Invoke((MethodInvoker) delegate
{
DisplayNotification("YOUR OPPONENT PASSED - IT IS YOUR TURN");
});
}
else if (nextMove.Selected == GameState.CARD_DRAW)
{
this.Invoke((MethodInvoker) delegate
{
DisplayNotification("YOUR OPPONENT DREW A CARD");
});
}
// Make the card selected for half a second or so, to show what the opponent is doing
CardBox SelectedBox = null;
if (nextMove.Selected.AsCard() is MinionCard m && m.OnBoard)
{
foreach (CardBox b in EnemyBoard.GetCards())
{
if (b.CardReferenced.Id == nextMove.Selected)
{
SelectedBox = b;
}
}
}
// onClick for card elements
public void CardClicked(CardBox card)
{
GameState Game = card.CardReferenced.Game;
if (card.CardReferenced is HeroCard || card.CardReferenced.Game.CurrentPower == card.CardReferenced || !card.CardReferenced.Game.IsP1Turn)
{
return;
}
// Get the game from the top-level gamebox by traversing up until we find the gamebox
Control GameB = this;
while (!(GameB is GameBox))
{
GameB = GameB.Parent;
}
GameBox GameUI = GameB as GameBox;
GameUI.HideNotif();
if (GameUI.SelectedCard == null && (!card.CardPlayableIndicator.Visible || card.CardPlayableIndicator.BackColor == card.RED_IND || card.CardReferenced.Owner == Game.PlayerTwo))
{
return;
}
// If nothing is selected yet, we set the selected card
if (GameUI.SelectedCard == null)
{
GameUI.SelectedCard = CardReferenced;
BackgroundImage = Properties.Resources.SelectedCardBody;
return;
}
// Otherwise the move is completed and processe
Move NextMove = new Move(GameUI.SelectedCard.Id, CardReferenced.Id);
if (GameUI.SelectedCard.IsPlayable(NextMove))
{
GameUI.Game.ProcessMove(NextMove);
GameUI.Net.Send(NextMove);
}
GameUI.SelectedCard = null;
GameUI.RenderState(GameUI.Game);
}
public void UpdateUI(PowerCard p)
{
PowerCard = p;
if (PowerCard == null)
{
NoPowerImage.Image = Properties.Resources.NoCardGraphic;
NoPowerImage.BringToFront();
return;
}
NoPowerImage.SendToBack();
Controls.Remove(Visual);
Visual = new CardBox(PowerCard as BaseCard)
{
Top = Height - GameBox.CARD_HEIGHT,
Left = (this.Width - GameBox.CARD_WIDTH) / 2
};
Visual.SetPlayabilityVisibility(false);
Controls.Remove(Visual);
Controls.Add(Visual);
}
public void UpdateUI()
{
SuspendLayout();
// To update, we have to:
// UPDATE existing boxes with card info (they track their cards)
// If their card no longer is in this zone, DELETE the box
// CREATE new boxes for cards that aren't displayed
// Whilst keeping order
// Optimization trick:
// track which cards aren't new by keeping track of their indexes
// Defaults to false - true if the card will be rendered
bool[] RenderedFlag = new bool[TrackedCards.Count];
List <CardBox> PendingRemove = new List <CardBox>();
foreach (CardBox box in DisplayedCards)
{
int Ind = TrackedCards.IndexOf(box.CardReferenced as T);
if (Ind == -1)
{
PendingRemove.Add(box);
Controls.Remove(box);
}
else
{
box.UpdateUI();
RenderedFlag[Ind] = true;
}
}
foreach (CardBox box in PendingRemove)
{
DisplayedCards.Remove(box);
}
for (int i = 0; i < RenderedFlag.Length; i++)
{
if (!RenderedFlag[i])
{
CardBox Box = new CardBox(TrackedCards[i])
{
// Make it temporarily invisible
Top = 2000,
};
DisplayedCards.Add(Box);
Controls.Add(Box);
}
}
// Now reposition
int CoordY = (Height - GameBox.CARD_HEIGHT) / 2;
int FirstX;
if (DisplayedCards.Count % 2 == 0)
{
// x = mid – (n / 2) * (g + w) + 0.5 * g
FirstX = (this.Width / 2) - (DisplayedCards.Count / 2) * (GameBox.CARD_WIDTH + GameBox.CARD_SPACING) + (GameBox.CARD_SPACING / 2);
}
else
{
// mid – (n / 2) * (g + w) – 0.5 * w
FirstX = (this.Width / 2) - (DisplayedCards.Count / 2) * (GameBox.CARD_WIDTH + GameBox.CARD_SPACING) - (GameBox.CARD_WIDTH / 2);
}
int NextX = FirstX;
foreach (CardBox c in DisplayedCards)
{
c.Left = NextX;
c.Top = CoordY;
NextX += (GameBox.CARD_WIDTH + GameBox.CARD_SPACING);
}
ResumeLayout();
}
