public override double GetDamageToEnemy(VLoadout loadout, IEnemyStatCard enemy)
{
// this effectively gets the damage from open fire, and casts it 7 times in the cooldown time
var damageDealtByOpenFire = WingedOpenFireWeapon.GetDamageToEnemy(loadout, enemy) * WingedOpenFireWeapon.GetActualWeaponPeriod(loadout);
damageDealtByOpenFire *= 7;
return(damageDealtByOpenFire / GetActualWeaponPeriod(loadout));
}
public override double GetDamageToEnemy(VLoadout loadout, IEnemyStatCard enemy)
{
var abilityCd = AbilityCooldown / (loadout.Stats.CooldownSpeed / 100);
var abilityUptime = Duration / abilityCd;
abilityUptime = Math.Min(abilityUptime, 1);
var extraAttacksModifier = (TargetsHit - BaseWeapon.AttackCount) / BaseWeapon.AttackCount;
var baseWeaponDamage = BaseWeapon.GetDamageToEnemy(loadout, enemy);
return(baseWeaponDamage * abilityUptime * extraAttacksModifier * (ProcChance / 100));
}
public override double GetDamageToEnemy(VLoadout loadout, IEnemyStatCard enemy)
{
// if crit, deal 80%-90% damage to nearby enemy
// max bounce 3-4
var startingDamage = GetWeaponDamage(loadout);
startingDamage *= loadout.Stats.Attack / 100;
startingDamage *= 1 + loadout.Stats.DamageIncrease / 100;
startingDamage *= (1 - enemy.DamageReduction / 100);
var damageDealt = GetAdeptDamage(loadout, startingDamage, enemy, Crits);
// I'm intentionally removing this attack count, because SA deals a *stupid* amount of damage as it is already,
// (100x stronger than SuperHero units at max stats) and we don't need to multiply it by 3. It can be humble
//damageDealt *= AttackCount;
var dps = damageDealt / GetActualWeaponPeriod(loadout);
return(dps);
}
public double GetDamageToEnemy(VLoadout loadout, IEnemyStatCard enemy)
{
// get damage of weapon scaled with damage increase
var rawHeal = BaseAttack + loadout.Upgrades.AttackUpgrade * AttackIncrement;
rawHeal *= loadout.Stats.Attack / 100;
rawHeal *= 1 + loadout.Stats.DamageIncrease / 100;
// apply an average crit modifier to increase the damage dealt
var totalHealed = rawHeal * BasicAttackWeapon.CritModifier(WeaponHelper.Crits, loadout.Stats.CriticalDamage);
// divide damage by attack speed to get the damage dealt per second
var rawAttackSpeed = BaseAttackPeriod * Math.Pow(0.96, loadout.Upgrades.AttackSpeedUpgrade);
var actualAttackSpeed = rawAttackSpeed / (loadout.Stats.AttackSpeed / 100);
actualAttackSpeed /= loadout.Stats.Acceleration / 100;
var totalHps = totalHealed / actualAttackSpeed;
return(totalHps);
}
public virtual double GetDamageToEnemy(VLoadout loadout, IEnemyStatCard enemy)
{
// get damage of weapon scaled with damage increase and damage reduction
var rawDamage = GetWeaponDamage(loadout);
rawDamage *= loadout.Stats.Attack / 100;
rawDamage *= 1 + loadout.Stats.DamageIncrease / 100;
rawDamage *= (1 - enemy.DamageReduction / 100);
// get the enemies armor, allowing for quasar buff's armor reduction
var enemyArmor = loadout.CurrentUnit.UnitRank >= UnitRankType.SXDZ
? enemy.Armor * 0.7
: enemy.Armor;
// get the bonus critical damage from void buff
var bonusCritDamage = loadout.CurrentUnit.UnitRank >= UnitRankType.XYZ
? enemyArmor / 5
: 0;
// determine the effective armor when armor pierce is considered
enemyArmor *= (1 - ArmorPenetration / 100);
// get the core damage dealt to the unit, before crits.
// if the enemy has more armor than the weapon can deal, deal 0.5 damage
var effectiveDamage = Math.Max(rawDamage - enemyArmor, 0.5);
// apply an average crit modifier to increase the damage dealt
var totalDamage = effectiveDamage * CritModifier(Crits, loadout.Stats.CriticalDamage + bonusCritDamage);
// multiple the attack by the number of units hit
totalDamage *= GetAttackCount(loadout);
// divide damage by attack speed to get the damage dealt per second
var totalDps = totalDamage / GetActualWeaponPeriod(loadout);
return(totalDps);
}
double GetAdeptDamage(VLoadout loadout, double baseDamage, IEnemyStatCard enemy, ICritChances crits)
{
var damages = new (double, double)[] { (1, baseDamage) };
public double GetDamageToEnemy(VLoadout loadout, IEnemyStatCard enemy)
{
return(0);
}