/// <summary>
/// 使用技能的最底层实现方法，用于其他方法调用
/// </summary>
/// <param name="attacker"></param>
/// <param name="attack_index"></param>
/// <param name="target"></param>
/// <param name="target_index"></param>
private void UseSkill(BaseCharacter attacker,
int attack_index,
BaseCharacter target,
int target_index)
{
//过程中生存游戏提示信息的文本
string text = "";
int tempdamage = 0;
MyDraw.DrawCharacterInfo(attacker, attack_index);
text = string.Format("{0}对{1}施放了{2}", attacker.Name, target.Name, name);
MyDraw.DrawBattleMessageDelay(text);
if (targetType == TargetType.EnemyMulti || targetType == TargetType.EnemySingle)
{
if (attacker.type == CharacterType.Player)
{
MyDraw.DrawAttackAnimation(attacker, attack_index, target, target_index);
}
else
{
MyDraw.DrawAttackAnimationEnemy(attacker, attack_index, target, target_index);
}
}
//对即时伤害的技能的处理
if (type == SkillType.Damage || type == SkillType.NormalAttack)
{
//获取技能的基础伤害值
if (skillDamage != null)
{
tempdamage = skillDamage.Invoke(attacker, target);
//判断目标是否无敌
if (target.IsInvincible())
{
return;
}
//判断目标是否具有技能伤害类型对应的反射状态
if (damageType == DamageType.Physical)
{
if (target.IsPhysicalReflect())
{
if (target.type == CharacterType.Player)
{
MyDraw.DrawAttackAnimation(target, attack_index, attacker, target_index);
}
else
{
MyDraw.DrawAttackAnimationEnemy(target, attack_index, attacker, target_index);
}
if (attacker.IsInvincible())
{
return;
}
else
{
//获取攻击方的物理攻击加深BUFF并且计算他们的效果
tempdamage = attacker.GetIncreaseDamage(tempdamage, StateType.PhysicalDamageIncrease);
//因为目标由有物理反射，所以也要计算攻击方自身是否有 受物理攻击加深BUFF
tempdamage = attacker.GetIncreaseDamage(tempdamage, StateType.PhysicalBeDamageIncrease);
attacker.GetDamage(tempdamage, attack_index);
return;
}
}
if (!IsHit(attacker) && noMiss == false)
{
text = string.Format("{0}未能击中目标！", attacker.Name);
MyDraw.DrawBattleMessageDelay(text);
return;
}
if (IsCrit(attacker) || mustCrit == true)
{
text = string.Format("{0}触发了会心一击！", attacker.Name);
MyDraw.DrawBattleMessageDelay(text);
tempdamage = tempdamage * 15 / 10;
}
//获取攻击方的物理攻击加深BUFF并且计算他们的效果
tempdamage = attacker.GetIncreaseDamage(tempdamage, StateType.PhysicalDamageIncrease);
//计算目标自身是否有 受物理攻击加深BUFF
tempdamage = target.GetIncreaseDamage(tempdamage, StateType.PhysicalBeDamageIncrease);
}
else if (damageType == DamageType.Magic)
{
if (target.IsMagicReflect())
{
if (target.type == CharacterType.Player)
{
MyDraw.DrawAttackAnimation(target, target_index, attacker, attack_index);
}
else
{
MyDraw.DrawAttackAnimationEnemy(target, target_index, attacker, attack_index);
}
if (attacker.IsInvincible())
{
return;
}
else
{
tempdamage = attacker.GetIncreaseDamage(tempdamage, StateType.MagicDamageIncrease);
tempdamage = attacker.GetIncreaseDamage(tempdamage, StateType.MagicBeDamageIncrease);
attacker.GetDamage(tempdamage, attack_index);
return;
}
}
else
{
tempdamage = attacker.GetIncreaseDamage(tempdamage, StateType.MagicDamageIncrease);
tempdamage = target.GetIncreaseDamage(tempdamage, StateType.MagicBeDamageIncrease);
}
}
//进行即时伤害并且生成对应的文字信息
for (int t = 0; t < hitTimes; t++)
{
int realdamage = Convert.ToInt32(tempdamage + tempdamage * Program.random.Next(-dispersion, dispersion) * 0.01);
//处理即死效果
if (isDeathNow)
{
if (Program.random.Next(0, 100) < deathRatio)
{
MyDraw.DrawBattleMessageDelay("触发了即死效果。");
realdamage = target.MaxHp;
}
}
if (!target.GetDamage(realdamage, target_index))
{
break;
}
}
}
//如果技能有特殊效果，执行特殊效果
if (skillEffect != null)
{
MyDraw.DrawEffectAnimation(target, target_index);
skillEffect.Invoke(attacker, target);
MyDraw.DrawState(target, target_index);
}
return;
}
//对即时回复类技能的处理
if (type == SkillType.Heal)
{
if (skillDamage != null)
{
tempdamage = skillDamage.Invoke(attacker, target);
if (!target.IsForbidHeal())
{
target.GetRecover(tempdamage, target_index);
}
}
if (skillEffect != null)
{
MyDraw.DrawEffectAnimation(target, target_index);
skillEffect.Invoke(attacker, target);
MyDraw.DrawState(target, target_index);
}
return;
}
//对状态类技能的处理，主要是Buff,Debuff等
if (type == SkillType.State)
{
if (skillEffect != null)
{
MyDraw.DrawEffectAnimation(target, target_index);
skillEffect.Invoke(attacker, target);
MyDraw.DrawState(target, target_index);
}
}
return;
}