void Awake()
{
var settings = mod.GetSettings();
if (IsEnabled(settings, StrengthDamageModifier))
{
strengthDamageModifier = GetLinearParameters(settings, StrengthDamageModifier);
FormulaHelper.RegisterOverride <Func <int, int> >(mod, "DamageModifier", strength => ApplyFlooredLinear(strengthDamageModifier, strength));
}
if (IsEnabled(settings, MaxEncumbrance))
{
maxEncumbrance = GetLinearParameters(settings, MaxEncumbrance);
FormulaHelper.RegisterOverride <Func <int, int> >(mod, "MaxEncumbrance", strength => ApplyFlooredLinear(maxEncumbrance, strength));
}
if (IsEnabled(settings, HandToHandMinDamage))
{
handToHandMinDamage = GetLinearParameters(settings, HandToHandMinDamage);
FormulaHelper.RegisterOverride <Func <int, int> >(mod, "CalculateHandToHandMinDamage", skill => ApplyTruncatedLinear(handToHandMinDamage, skill));
}
if (IsEnabled(settings, HandToHandMaxDamage))
{
handToHandMaxDamage = GetLinearParameters(settings, HandToHandMaxDamage);
FormulaHelper.RegisterOverride <Func <int, int> >(mod, "CalculateHandToHandMaxDamage", skill => ApplyTruncatedLinear(handToHandMaxDamage, skill));
}
}
static private int ApplyFlooredLinear(LinearParameters linearParams, int value)
{
return((int)Mathf.Floor(linearParams.Scale * value + linearParams.Base));
}
static private int ApplyTruncatedLinear(LinearParameters linearParams, int value)
{
return((int)(linearParams.Scale * value + linearParams.Base));
}
