public DamageOutcome(Damage damageToDeal, DamageDealt damageDealt, AttackOutcome outcome, bool killedTarget)
{
DamageToDeal = damageToDeal;
DamageDealt = damageDealt;
AttackOutcome = outcome;
KilledTarget = killedTarget;
}
public DamageOutcome TakeDamage(BaseCharacter attacker, Damage damage, bool evaluateDamageToDeal = true)
{
if (attacker != null && attacker.IsFriendly(Character))
{
return(new DamageOutcome(new Damage()
{
MinDamage = 0, MaxDamage = 0, ElementalDamages = new List <ElementalDamage>()
}, new DamageDealt(0, new Dictionary <string, int>()), AttackOutcome.FriendlyFire, false));
}
if (Character.ImmuneTo(damage.SkillMetaID))
{
return(new DamageOutcome(new Damage()
{
MinDamage = 0, MaxDamage = 0, ElementalDamages = new List <ElementalDamage>()
}, new DamageDealt(0, new Dictionary <string, int>()), AttackOutcome.Immune, false));
}
Damage damageObj = null;
DamageDealt damageToDeal;
DamageOutcome result = null;
DamageDealt damageDealt = null;
result = CombatCalcEvaluator.Instance.Evaluate(attacker, Character, damage);
var killedTarget = false;
if (result.AttackOutcome == AttackOutcome.Success || result.AttackOutcome == AttackOutcome.Critical)
{
damageObj = result.DamageToDeal;
damageToDeal = result.DamageDealt;
if (!string.IsNullOrEmpty(damageObj.SkillMetaID))
{
var susceptibility = Character.AllSusceptibilites.Where(s => s.ID == damageObj.SkillMetaID).Sum(s => s.AdditionalDamage);
var multiplier = Mathf.Max(0, 1 + susceptibility);
damageToDeal.ApplyMultiplier(multiplier);
}
if (Character is PlayerCharacter)
{
var difficulty = GetObject.PlayerSave.Difficulty;
var diffMultiplier = Rm_RPGHandler.Instance.Player.Difficulties.FirstOrDefault(d => d.ID == difficulty);
if (diffMultiplier != null)
{
damageToDeal.ApplyMultiplier(diffMultiplier.DamageMultiplier);
}
}
damageDealt = damageToDeal;
Health.CurrentValue -= damageDealt.Total;
killedTarget = false;
if (Health.CurrentValue <= 0)
{
Health.CurrentValue = 0;
Character.Alive = false;
killedTarget = true;
}
}
//todo:enemies to player only
if (Rm_RPGHandler.Instance.Combat.EnableFloatingCombatText && !(Character.CharacterMono is PlayerMono))
{
var pos = Character.CharacterMono.transform;
//Default damage
if (result.AttackOutcome == AttackOutcome.Success || result.AttackOutcome == AttackOutcome.Critical)
{
if (damageDealt.Physical > 0)
{
var go = Object.Instantiate(_floatingCombatText, pos.position + pos.up, Quaternion.identity) as GameObject;
go.GetComponent <FloatingCombatText>().SetUp(damageDealt.Physical.ToString());
}
var distanceBetweenValuesconst = Rm_RPGHandler.Instance.Combat.FloatDistBetweenVals;
var distanceBetweenValues = distanceBetweenValuesconst;
foreach (var dmg in damageDealt.Elementals)
{
var eleDef = GetElement(dmg.Key);
if (eleDef != null && dmg.Value > 0)
{
var eleGo = Object.Instantiate(_floatingCombatText, pos.position + pos.up + new Vector3(0, distanceBetweenValues, 0), Quaternion.identity) as GameObject;
eleGo.GetComponent <FloatingCombatText>().SetUp(string.Format("<color={0}>{1}</color>", eleDef.Color.ToString(), dmg.Value));
distanceBetweenValues += distanceBetweenValuesconst;
}
}
}
else
{
if (result.AttackOutcome != AttackOutcome.FriendlyFire && result.AttackOutcome != AttackOutcome.Critical &&
result.AttackOutcome != AttackOutcome.Success)
{
var go = Object.Instantiate(_floatingCombatText, pos.position + pos.up, Quaternion.identity) as GameObject;
go.GetComponent <FloatingCombatText>().SetUp(result.AttackOutcome.ToString());
}
}
//add delay and iterate through damages to deal > 0 that are elemental, adding more delay for each one displayed
//add random X/Y pos on the floating text
}
return(new DamageOutcome(damageObj, damageDealt, AttackOutcome.Success, killedTarget));
}
public DamageOutcome(Damage damageToDeal, DamageDealt damageDealt, AttackOutcome outcome)
{
DamageToDeal = damageToDeal;
DamageDealt = damageDealt;
AttackOutcome = outcome;
}