public DiceRoll GetBonus(GetBonusDto bonusDto)
{
var diceRoll = new DiceRoll();
var totalBonus = FixedValue.GetValueOrDefault();
if (AbilityModifyer != null)
{
totalBonus += bonusDto.Abilities.First(x => x.Ability.ID == AbilityModifyer.ID).GetCurrentModifier(bonusDto);
}
else if (ClassProgression != null && ClassProgression.Any())
{
var progressions = ClassProgression.Where(x => x.AtLevel <= bonusDto.Classes.FirstOrDefault(y => y.Class.ID == x.ClassProgression.ID)?.Level).OrderByDescending(x => x.AtLevel).FirstOrDefault();
if (progressions != null)
{
diceRoll += progressions.Bonues;
}
}
diceRoll.AddFixedAmount(totalBonus);
if (Dice != null)
{
diceRoll.AddDice(Dice.GetDice());
}
return(diceRoll);
}
public bool IsActive(GetBonusDto bonus)
{
if (ParentAbility != null)
{
return(ParentAbility.IsActive(bonus));
}
return(true);
}
public virtual DiceRoll GetBonus(GetBonusDto bonusDto)
{
if (ParentAbility != null && ParentAbility.IsActive(bonusDto) && ParentAbility.IsChargeItem())
{
if (ParentAbility.Limit != null && ParentAbility.Limit.Amount != null &&
(ParentAbility.Limit.Amount.ActionRequired == RoundAction.AutoOnHit ||
ParentAbility.Limit.Amount.ActionRequired == RoundAction.AutoOnTakeDamage))
{
return(BonusValue.GetBonus(bonusDto));
}
var activeAbi = bonusDto.Round.ActivatedAbilities.First(x => x.AbilityId == ParentAbility.ID);
var charge = ParentAbility.BonusFromCharges.First(x => x.NumberOfChargesForBonus == activeAbi.Charges);
return(charge.Bonus);
}
if (ParentAbility != null && ParentAbility.IsActive(bonusDto) && ParentAbility.IsTradeOff())
{
var activeAbi = bonusDto.Round.ActivatedAbilities.First(x => x.AbilityId == ParentAbility.ID);
var toTrade = 0;
if (ParentAbility.Limit.Amount.TradeWith == this)
{
toTrade = -activeAbi.Charges;
}
else
{
toTrade = (int)(activeAbi.Charges * activeAbi.Multiplier);
}
return(new DiceRoll
{
FixedAmount = toTrade
});
}
return(BonusValue.GetBonus(bonusDto));
}