public void OnObjectDamage(IObject obj, ObjectDamageArgs args)
{
// object took damage
if (args.DamageType != ObjectDamageType.Fire)
{
if (args.SourceID != 0)
{
Game.WriteToConsole(string.Format("Object {0} took {1} {2} damage from {3} {4}", obj.UniqueID, args.Damage, args.DamageType, (args.IsPlayer ? "player" : "object"), args.SourceID));
}
else
{
Game.WriteToConsole(string.Format("Object {0} took {1} {2} damage", obj.UniqueID, args.Damage, args.DamageType));
}
}
}
private static void OnObjectDamage(IObject obj, ObjectDamageArgs arg)
{
if (string.IsNullOrEmpty(obj.CustomID))
{
return;
}
foreach (var weapon in m_weapons)
{
foreach (var component in weapon.Components.ToList())
{
if (obj.UniqueID == component.UniqueID)
{
weapon.OnDamage(obj, arg);
}
}
}
}
public override void OnDamage(IObject obj, ObjectDamageArgs args)
{
foreach (var dc in m_damageableComponents)
{
if (dc.Object.UniqueID == obj.UniqueID)
{
// barrel component is indestructible and there are 4 dc. A cheap solution is
// to randomize to have barrel damage instead when other dc takes damage
if (RandomHelper.Between(0, 1) < (1f / 3f) - (1f / 4f))
{
m_damageableComponents.First().OnDamage(args);
}
dc.OnDamage(args);
break;
}
}
// https://www.alanzucconi.com/2015/07/26/enum-flags-and-bitwise-operators/
if (m_barrel.Health == 0 && !HasDamage(TurretDamage.BarrelDamaged))
{
Game.PlayEffect(EffectName.CustomFloatText, RotationCenter + Vector2.UnitY * 5, "Barrel Damaged");
m_damage = m_damage | TurretDamage.BarrelDamaged;
}
if (m_rotor.Health == 0 && !HasDamage(TurretDamage.RotorDamaged))
{
OnBodyDamage(TurretDamage.RotorDamaged, "Rotor Damaged");
}
if (m_sensor.Health == 0 && !HasDamage(TurretDamage.SensorDamaged))
{
OnBodyDamage(TurretDamage.SensorDamaged, "Sensor Damaged");
}
if (m_controller.Health == 0 && !HasDamage(TurretDamage.ControllerDamaged))
{
OnBodyDamage(TurretDamage.ControllerDamaged, "Controller Damaged");
}
if (Totaled() && !IsDestroyed)
{
Destroy();
}
}
public void OnDamage(ObjectDamageArgs args)
{
Health -= args.Damage; // IObject.GetHealth() is already recalculated when this event is fired
if (Object.GetHealth() == 0 && Health > 0)
{
Object.SetHealth(Math.Min(Object.GetMaxHealth(), Health));
}
if (Health == 0)
{
if (RemoveWhenDestroyed)
{
Object.Remove();
}
else
{
Object.SetHealth(Object.GetMaxHealth());
}
}
}
public virtual void OnDamage(IObject component, ObjectDamageArgs args) { }