Class LogDefensePenetrationFnSO

Namespace: ElectricDrill.AstraHealth.DefensePenetrationFunctions

Assembly: com.electricdrill.astra-health.Runtime.dll

Applies a logarithmic divisive reduction to defense to provide diminishing returns as piercing increases. Create instances via Assets -> Create -> Astra Health / Def Penetration Functions / Log Def Penetration (Legacy).

public class LogDefensePenetrationFnSO : DefensePenetrationFnSO, ITaggable

Inheritance: object

Object

ScriptableObject

ReductionFnSO

DefensePenetrationFnSO

LogDefensePenetrationFnSO

Implements: ITaggable

Inherited Members: DefensePenetrationFnSO.CalculatePiercedDefense(long, long, StatSO, in ReductionContext, bool)

ReductionFnSO.Tags

Remarks

Legacy: kept so existing assets keep working; prefer HyperbolicDefensePenetrationFnSO for new work. For small piercing values it behaves like the hyperbolic function with K = BaseValue / ScaleFactor; at high values it grows far more slowly.

Methods

CalculatePiercedDefense(long, long, StatSO, bool)

Reduces defense using a logarithmic divisive formula that provides diminishing returns. Formula: Reduced Defense = Defense * (BaseValue / (BaseValue + Log(1 + PiercingStat * ScaleFactor)))

public override double CalculatePiercedDefense(long piercingStatValue, long defensiveStatValue, StatSO defensiveStat, bool applyClamp = true)

Parameters

piercingStatValue long: The attacker's piercing stat value.
defensiveStatValue long: The defender's original defense stat value.
defensiveStat StatSO: The defensive stat object used to clamp the result.
applyClamp bool: Whether to apply stat clamping to the result.

Returns