public void ProcessModifier(Cup dice)
{
var copy = dice.Copy();
dice.Dice.Clear();
dice.AddDice(Equipment.DamageTables.ConvertDamageBySize(copy, Size).Dice);
}
public void MultiplesOfTheSameDiceCanBeAdded()
{
var cup = new Cup();
cup.AddDice(
Die.GetDice(DiceSides.d6, 4)
);
Assert.Equal(new Die[] { Die.D6(), Die.D6(), Die.D6(), Die.D6() }, cup.Dice);
}
public void CanBeSetToAllowsRollTheMaximumValue()
{
var cup = new Cup();
cup.AddDice(Die.GetDice(DiceSides.d6, 10));
cup.MaximizeAmount = true;
Assert.Equal(60, cup.Roll());
Assert.Equal(60, cup.Roll());
Assert.Equal(60, cup.Roll());
}
public static Cup ConvertDamageBySize(Cup dice, CharacterSize size)
{
Cup converted = new Cup();
converted.Modifier = dice.Modifier;
dice.Modifier = 0;
var dieString = dice.ToString();
int index = mediumDamageTable.IndexOf(dieString);
if (index == -1)
{
throw new DamageTableValueNotFoundException(dieString);
}
switch (size)
{
case CharacterSize.Tiny:
converted.AddDice(DiceStrings.ParseDice(tinyDamageTable[index]).Dice);
break;
case CharacterSize.Small:
converted.AddDice(DiceStrings.ParseDice(smallDamageTable[index]).Dice);
break;
case CharacterSize.Medium:
converted.AddDice(DiceStrings.ParseDice(mediumDamageTable[index]).Dice);
break;
case CharacterSize.Large:
converted.AddDice(DiceStrings.ParseDice(largeDamageTable[index]).Dice);
break;
default:
throw new NotImplementedException(string.Format("Character Size: {0} has not been implemented in damage tables.", size));
}
return(converted);
}
public void ProcessModifier(Cup dice)
{
int diceCount = (classLevel.Level - StartLevel) / Rate;
Repeat.Times(diceCount, () => dice.AddDice(DicePerLevel.Dice));
}
