getValueFunction(ComparedValue comparedValue)
{
switch (comparedValue)
{
case ComparedValue.CasterHealth:
return((c1, c2, f) => c1.Health);
case ComparedValue.CasterPercentHealth:
return((c1, c2, f) => c1.Health / c1.Stats.maxHP);
case ComparedValue.CasterSecondary:
return((c1, c2, f) => c1.Secondary);
case ComparedValue.CasterPercentSecondary:
return((c1, c2, f) => c1.Secondary / c1.Stats.maxSecondary);
case ComparedValue.TargetHealth:
return((c1, c2, f) => c2.Health);
case ComparedValue.TargetPercentHealth:
return((c1, c2, f) => c2.Health / c1.Stats.maxHP);
case ComparedValue.TargetSecondary:
return((c1, c2, f) => c2.Secondary);
case ComparedValue.TargetPercentSecondary:
return((c1, c2, f) => c2.Secondary / c2.Stats.maxSecondary);
default:
case ComparedValue.Value:
return((c1, c2, f) => f);
}
}
public void constructFunction(ComparedValue comparedValue,
ValueComparison comparison, float value)
{
var comparisonFunction = getComparison(comparison, value);
var valueFunction = getValueFunction(comparedValue);
func = (c1, c2, f) => comparisonFunction(valueFunction(c1, c2, f));
}
public override int GetHashCode()
{
unchecked
{
var hashCode = TargetPropertyName?.GetHashCode() ?? 0;
hashCode = (hashCode * 397) ^ (ComparedValue?.GetHashCode() ?? 0);
hashCode = (hashCode * 397) ^ (int)ValueComparingOperator;
return(hashCode);
}
}
public ValueCondition(ComparedValue comparedValue,
ValueComparison comparison, float value)
{
constructFunction(comparedValue, comparison, value);
}
getValueFunction(ComparedValue comparedValue)
{
switch(comparedValue)
{
case ComparedValue.CasterHealth:
return (c1, c2, f) => c1.Health;
case ComparedValue.CasterPercentHealth:
return (c1, c2, f) => c1.Health / c1.Stats.maxHP;
case ComparedValue.CasterSecondary:
return (c1, c2, f) => c1.Secondary;
case ComparedValue.CasterPercentSecondary:
return (c1, c2, f) => c1.Secondary / c1.Stats.maxSecondary;
case ComparedValue.TargetHealth:
return (c1, c2, f) => c2.Health;
case ComparedValue.TargetPercentHealth:
return (c1, c2, f) => c2.Health / c1.Stats.maxHP;
case ComparedValue.TargetSecondary:
return (c1, c2, f) => c2.Secondary;
case ComparedValue.TargetPercentSecondary:
return (c1, c2, f) => c2.Secondary / c2.Stats.maxSecondary;
default:
case ComparedValue.Value:
return (c1, c2, f) => f;
}
}
public void constructFunction(ComparedValue comparedValue,
ValueComparison comparison, float value)
{
var comparisonFunction = getComparison(comparison, value);
var valueFunction = getValueFunction(comparedValue);
func = (c1, c2, f) => comparisonFunction(valueFunction(c1, c2, f));
}
public ValueCondition(ComparedValue comparedValue,
ValueComparison comparison, float value)
{
constructFunction(comparedValue, comparison, value);
}
public override int GetHashCode()
{
unchecked {
return(((TargetPropertyName != null ? TargetPropertyName.GetHashCode() : 0) * 397) ^ (int)ValueComparingOperator ^ ComparedValue.GetHashCode());
}
}