/// <summary>
/// Creates a strategy that computes resistance multipliers based on suplied resistance values from
/// the resistance container.
/// </summary>
/// <param name="resistContainer">Resistance container that has the resist values.</param>
public LinearResistanceMultiplierStrategy(IStatsContainer <ResistanceStatType> resistContainer)
{
if (resistContainer == null)
{
throw new ArgumentNullException(nameof(resistContainer));
}
resistanceContainer = resistContainer;
}
public static Character AddStats(this Character character, IStatsContainer stats)
{
foreach (var stat in stats.Stats)
{
var charStat = character.Stats[stat.Key];
var statDice = stat.Value;
if (stat.Value.Constant != 0)
{
charStat.Moddifiers.Add(stats.GroupTypeName, stat.Value.Constant);
}
if (statDice.DieNumber == 0 || statDice.DieSides == 0)
continue;
var statRoll = statDice.Roll().PureSum;
charStat.Moddifiers.Add($@"{stats.GroupTypeName}\StatRoll", statRoll);
}
return character;
}
public static int GetMaxMapKeyValue <TStatType>(this IStatsContainer <TStatType> statsContainer)
where TStatType : struct, IConvertible
{
return(GetMaxMapKeyValue <TStatType>());
}
/// <summary>
/// Creates a strategy that computes resistance multipliers based on suplied resistance values from
/// the resistance container.
/// </summary>
/// <param name="resistContainer">Resistance container that has the resist values.</param>
public LinearResistanceMultiplierStrategy(IStatsContainer <ResistanceStatType> resistContainer)
{
resistanceContainer = resistContainer;
}
