public void UpdateCircle(CircleUpdate update)
{
if (update.NewCard != null)
{
Card newCard = CardCache.GetCardById(update.NewCard.CardId);
SetCard(newCard);
}
if (update.RightColor != null)
{
Circle.RightColor = update.RightColor.Value;
}
if (update.LeftColor != null)
{
Circle.LeftColor = update.LeftColor.Value;
}
if (update.CardPowerChange != null)
{
CardState.Power = (byte)((int)CardState.Power + (int)update.CardPowerChange);
}
RefreshTextComponents();
RefreshColors();
RefreshBackgroundSprite();
}
public void ApplyCircleUpdate(CircleUpdate update)
{
if (update.CircleIndex < 0 || update.CircleIndex > EnabledCircles.Items.Count)
{
return;
}
CircleItem item = EnabledCircles.Items[update.CircleIndex];
item.UpdateCircle(update);
}
public static CircleUpdate CreateEmptyCircleUpdate(int index, CircleColor rightColor, CircleColor leftColor)
{
CircleUpdate update = new CircleUpdate();
update.RightColor = (byte)rightColor;
update.LeftColor = (byte)leftColor;
update.CircleIndex = (byte)index;
update.NewCard = null;
update.CardPowerChange = null;
return(update);
}
private Turn CreateInitTurn(PlayerInfo playerInfo, PlayerOrdinal playerNumber)
{
Turn initTurn = new Turn()
{
PlayerNumber = playerNumber,
DragonUpdate = new DragonStateUpdate(),
CirclesUpdate = new CirclesStateUpdate(),
CardsUpdate = new CardsStateUpdate()
};
// create empty circles
Array values = Enum.GetValues(typeof(CircleColor));
System.Random random = new System.Random();
CircleUpdate[] circles = new CircleUpdate[6];
for (int i = 0; i < 6; i++)
{
circles[i] = CreateEmptyCircleUpdate(i,
(CircleColor)values.GetValue(random.Next(values.Length)),
(CircleColor)values.GetValue(random.Next(values.Length)));
}
// draw initial cards
string[] drawnCards = new string[5];
for (int i = 0; i < 5; i++)
{
drawnCards[i] = Deck.DrawCard().id;
}
initTurn.DragonUpdate.NewDragonEquip = playerInfo.EquippedDragonId;
initTurn.CirclesUpdate.CircleChanges = circles;
initTurn.CardsUpdate.DrawnCards = drawnCards;
return(initTurn);
}
private void DrawCircle(int x, int y, int width, int height, bool Fill,
CircleUpdate listener)
{
int a = width / 2;
int b = height / 2;
long squareA = width * width / 4;
long squareB = height * height / 4;
long squareAB = Round((long)width * width * height * height, 16L);
x += translateX;
y += translateY;
int centerX = x + a;
int centerY = y + b;
int deltaX = (width % 2 == 0) ? 0 : 1;
int deltaY = (height % 2 == 0) ? 0 : 1;
int currentY = b;
int currentX = 0;
int lastx1 = centerX - currentX;
int lastx2 = centerX + currentX + deltaX;
int lasty1 = centerY - currentY;
int lasty2 = centerY + currentY + deltaY;
while (currentX <= a && currentY >= 0)
{
long deltaA = (currentX + 1) * (currentX + 1) * squareB + currentY
* currentY * squareA - squareAB;
long deltaB = (currentX + 1) * (currentX + 1) * squareB
+ (currentY - 1) * (currentY - 1) * squareA - squareAB;
long deltaC = currentX * currentX * squareB + (currentY - 1)
* (currentY - 1) * squareA - squareAB;
if (deltaA <= 0)
{
currentX++;
}
else if (deltaC >= 0)
{
currentY--;
}
else
{
int min = (int)MathUtils.Min(
MathUtils.Abs(deltaA),
MathUtils.Min(MathUtils.Abs(deltaB),
MathUtils.Abs(deltaC)));
if (min == MathUtils.Abs(deltaA))
{
currentX++;
}
else if (min == MathUtils.Abs(deltaC))
{
currentY--;
}
else
{
currentX++;
currentY--;
}
}
int x1 = centerX - currentX;
int x2 = centerX + currentX + deltaX;
int y1 = centerY - currentY;
int y2 = centerY + currentY + deltaY;
if (!Fill || lasty1 != y1)
{
listener.NewPoint(lastx1, lasty1, lastx2, lasty2);
lasty1 = y1;
lasty2 = y2;
}
lastx1 = x1;
lastx2 = x2;
}
if (lasty1 < lasty2)
{
for (; lasty1 <= lasty2; lasty1++, lasty2--)
{
listener.NewPoint(centerX - a, lasty1, centerX + a + deltaX,
lasty2);
}
}
}