public bool TrySubtractAmount(MTGColor c, int amount)
{
switch (c)
{
case MTGColor.White: return TrySubtractAmount(amount, ref whiteAmount);
case MTGColor.Blue: return TrySubtractAmount(amount, ref blueAmount);
case MTGColor.Black: return TrySubtractAmount(amount, ref blackAmount);
case MTGColor.Red: return TrySubtractAmount(amount, ref redAmount);
case MTGColor.Green: return TrySubtractAmount(amount, ref greenAmount);
case MTGColor.ColorlessMana: return TrySubtractAmount(amount, ref colorlessAmount);
default: throw new ArgumentException("Invalid color for mana subtract!");
}
}
public int Get(MTGColor c)
{
return amount.GetAmount(c);
}
public void SetAmount(MTGColor c, int amount)
{
switch (c)
{
case MTGColor.White: whiteAmount = amount; break;
case MTGColor.Blue: blueAmount = amount; break;
case MTGColor.Black: blackAmount = amount; break;
case MTGColor.Red: redAmount = amount; break;
case MTGColor.Green: greenAmount = amount; break;
case MTGColor.ColorlessMana: colorlessAmount = amount; break;
default: throw new ArgumentException("Invalid color for mana set amount!");
}
}
public int GetAmount(MTGColor c)
{
switch (c)
{
case MTGColor.White: return whiteAmount;
case MTGColor.Blue: return blueAmount;
case MTGColor.Black: return blackAmount;
case MTGColor.Red: return redAmount;
case MTGColor.Green: return greenAmount;
case MTGColor.ColorlessMana: return colorlessAmount;
default: throw new ArgumentException("Invalid color for mana get!");
}
}
internal static int NumBits(MTGColor color)
{
int result = 0;
foreach(MTGColor testColor in ManaPool.ManaTypesList)
{
if ((color & testColor) != 0)
result++;
}
return result;
}
internal ManaPaymentPart(MTGColor color, int amount)
{
this.color = color;
this.amount = amount;
}
static void AddParsedAmount(Dictionary<MTGColor, int> amounts, MTGColor color, int amount)
{
if (!amounts.ContainsKey(color))
amounts[color] = amount;
else
amounts[color] += amount;
}
