public bool IsInAttackRange(ActorBase enemy, DBSkillDamageConf damage)
{
//伤害中心
Vector3 damageCenter = Vector3.zero;
Vector3 t = damage.damageCenterPos;
if (damage.damageCenterType == EmDamageCenterType.Attacker)
{
if (!actor.objectbase.isFacingRight)
{
t.x = -t.x;
}
damageCenter = actor.objectbase.realPos + t;
}
else if (damage.damageCenterType == EmDamageCenterType.Target)
{
damageCenter = enemy.objectbase.realPos + damage.damageCenterPos;
}
else if (damage.damageCenterType == EmDamageCenterType.AttackObject)
{
damageCenter = eo.effectObject.realPos + damage.damageCenterPos;
}
else
{
Debug.LogError("damage.damageCenterType is none");
}
//球形区域不用判断
if (damage.damageArenaType == EmDamageArenaType.FrontArena)
{
if (!actor.objectbase.IsInFrontOfMe(enemy.objectbase.realLocalPos))
{
return(false);
}
}
//伤害区域这样处理是以伤害中心为球心的球
//todo,中心为Target和AttackObject作为球体处理，Attacker才具有多样化，因为attacker可以获取到朝向。其他的朝向都是未知/变动的。
//float dist = (damageCenter - enemy.objectbase.realLocalPos).sqrMagnitude;
//Debug.Log(dist);
//if(dist > damage.damageDistance * damage.damageDistance)
// return false;
//伤害区域这样处理是以伤害中心为中心的立方体
return(ColliderManager.IsCollision(damageCenter, new Vector3(damage.damageArenaRadius, damage.damageArenaRadius, damage.damageArenaRadius),
enemy.objectbase.realLocalPos + new Vector3(0, enemy.actorConf.size.y * 0.5f, 0), enemy.actorConf.size));
//return true;
}
void Update_Collide()
{
if (attackConf.damageMode != 2)
{
return;
}
//目前只与怪物做碰撞
List <ActorBase> enemyList = GameMain.curSceneManager.GetEnemyList(actor);
foreach (ActorBase a in enemyList)
{
if (ColliderManager.IsCollision(eo.effectObject.realPos, new Vector3(1, 1, 1),
a.objectbase.realPos, a.objectcollider.size))
{
isInCollision = true;
isAttackObjectMoving = false; //不让攻击物继续移动了
isLifeTimeEnd = true; //碰撞后即消失
eo.x2dEffect.Stop();
Debug.Log("isInCollision");
break;
}
}
}