Class HyperbolicDamageMitigationFnSO

Namespace

ElectricDrill.AstraHealth.DamageMitigationFunctions

Assembly

com.electricdrill.astra-health.Runtime.dll

Mitigates damage by X / (X + K), where X is the defensive stat and K the defense that gives 50% mitigation. The formula of LoL, Dota, WoW and Diablo.

public class HyperbolicDamageMitigationFnSO : DamageMitigationFnSO, ITaggable

Inheritance

object

Object

ScriptableObject

ReductionFnSO

DamageMitigationFnSO

HyperbolicDamageMitigationFnSO

Implements

ITaggable

Inherited Members

ReductionFnSO.Tags

Remarks

Mitigation has diminishing returns, but every point of X adds the same share of effective health: effective health = health × (1 + X / K). K is BaseValue + PerLevel × level: a constant (LoL: 100) or a level-dependent value (WoW: 400 + 85 × level). Create instances via Assets -> Create -> Astra Health / Dmg Mitigation Functions / Hyperbolic Dmg Mitigation.

Methods

CalculateMitigatedDamage(long, double, RoundingMode)

Reduces damage with Damage × K / (X + K), evaluating K at level 1 because no entity is known. The gameplay path uses the overload with a ReductionContext.

public override long CalculateMitigatedDamage(long amount, double defensiveStatValue, RoundingMode roundingMode)

Parameters

amount long

defensiveStatValue double

roundingMode RoundingMode

Returns

long

CalculateMitigatedDamage(long, double, RoundingMode, in ReductionContext)

Reduces damage with Damage × K / (X + K).

public override long CalculateMitigatedDamage(long amount, double defensiveStatValue, RoundingMode roundingMode, in ReductionContext context)

Parameters

amount long

Incoming damage amount.

defensiveStatValue double

Defensive stat value X.

roundingMode RoundingMode

Rounding mode applied to the fractional result.

context ReductionContext

Levels used to evaluate K.

Returns

long

The reduced damage as a non-negative long.

Remarks

If defensiveStatValue is zero or negative the original damage is returned (negative defense does not amplify damage, as with the logarithmic function). A K of zero mitigates all damage. The result is non-negative and rounded with roundingMode.