public override DamageData.Target CalculateDamage()
{
DamageData.Target finalState = this.CurrentTarget;
DamageData.KineticData ke = _keData;
Logger.LogDamage($"Initial KE dmg is {ke.Power}");
// Calculate attenuation of air friction
ke.Power = CalculateKEAttenuationSimple(
ke.Power,
_distance,
ke.Friction
);
Logger.LogDamage($"Attenuated KE dmg is {ke.Power}");
// Hack because the formulas below do not work, remove when fixed:
finalState.Health -= ke.Power;
return(finalState);
//if (finalState.EraData.Value > 0.0f) {
// // Calculate effects of ERA
// float finalEra = Math.Max(
// 0.0f,
// finalState.EraData.Value - ke.Power * finalState.EraData.KEFractionMultiplier
// );
// finalState.EraData.Value = finalEra;
// ke.Power = CalculatePostEraPower(
// ke.Power,
// finalState.EraData.KEFractionMultiplier
// );
// Logger.LogDamage($"Post ERA KE dmg is {ke.Power}");
//}
//// Armor degradation
//float finalArmor = Math.Max(
// 0.0f,
// finalState.Armor - (ke.Power / finalState.Armor) * ke.Degradation
//);
//finalState.Armor = finalArmor;
//// Calculate final damage
//float finalDamage = Math.Max(
// 0.0f,
// (ke.Power - finalState.Armor) * ke.HealthDamageFactor
//);
//Logger.LogDamage($"Final KE dmg is {finalDamage}");
//float finalHealth = Math.Max(
// 0.0f,
// finalState.Health - finalDamage
//);
//finalState.Health = finalHealth;
//return finalState;
}
public KEDamage(DamageData.KineticData data, DamageData.Target target, float distance)
: base(DamageType.KE, target)
{
_keData = data;
_distance = distance;
}