/// <summary>
/// 得到攻击范围之内的敌人
/// </summary>
/// <param name="attackRange">攻击范围类型</param>
/// <param name="distanceAttack">攻击距离</param>
/// <param name="isBossExsit">当前是否存在boss</param>
/// <returns></returns>
ArrayList GetEnemyInAttackRange(AttackRangeType type, float distanceAttack, bool isBossExsit = true)
{
//获取到所有可攻击怪列表
ArrayList enemyInAttackRangeList = new ArrayList(); //可攻击敌人列表
if (isBossExsit) //存在boss的时候
{
CalculateEnemysCanAttack(enemyInAttackRangeList, Controller_BossBase.Instance.GetBossList(), distanceAttack);
}
CalculateEnemysCanAttack(enemyInAttackRangeList, Controller_EnemyBase.Instance.GetEnemyList(), distanceAttack);
//判定攻击范围
ArrayList enemyInForwardAttackRangeList = new ArrayList(); //可攻击敌人列表
if (type == AttackRangeType.Forward) //只攻击一定范围内的正前方
{
foreach (GameObject enemyItem in enemyInAttackRangeList)
{
//定义"主角与敌人"的方向"enemyItem"表示敌人的空间点减去主角的空间位置的点"normalized"数值归1化
Vector3 dir = (enemyItem.transform.position - this.gameObject.transform.position).normalized;
//定义"主角与敌人"的夹角（用向量"点乘"进行计算）
float floDirection = Vector3.Dot(dir, this.gameObject.transform.forward);//计算夹角
//如果主角与敌人在同一个方向，且在有效攻击范围内，则返回此类敌人
//"Dot"求夹角如果角度大于0敌人在主角的视野范围内(正面)并且距离在有效范围才能
if (floDirection > 0 && floDirection < 30)//前方扇形区域60度类怪可攻击
{
enemyInForwardAttackRangeList.Add(enemyItem);
}
}
return(enemyInForwardAttackRangeList);//前方可攻击怪
}
else
{
return(enemyInAttackRangeList);//四周全范围可攻击怪
}
}
/// <summary>
/// 释放技能时 向敌方可攻击怪发送消息 对方接受消息后回应
/// </summary>
void SendMessageToEnemys(AttackRangeType type, string[] proArray)
{
switch (GlobalParametersManager.CurrentActionTYPE)
{
case ActionType.Basic:
_distanceAttack = 0.2f; //暂定数据
_playerDamage = 59; //暂定数据
AttackMessage(proArray, type, _distanceAttack, _playerDamage);
//直线攻击
break;
case ActionType.Skill01:
_distanceAttack = 0.5f; //暂定数据
_playerDamage = 110; //暂定数据
AttackMessage(proArray, type, _distanceAttack, _playerDamage);
//直线攻击
break;
case ActionType.Skill02:
//直线攻击
_distanceAttack = 0.5f; //暂定数据
_playerDamage = 130; //暂定数据
AttackMessage(proArray, type, _distanceAttack, _playerDamage);
break;
case ActionType.Skill03:
//直线攻击
_distanceAttack = 0.6f; //暂定数据
_playerDamage = 100; //暂定数据
AttackMessage(proArray, type, _distanceAttack, _playerDamage);
break;
}
}
void AttackMessage(string[] proArray, AttackRangeType type, float distanceAttack, float playerDamage)
{
foreach (GameObject go in GetEnemyInAttackRange(type, _distanceAttack))
{
Debug.Log(go.name);
//向可攻击范围内敌人发送一个攻击消息
go.SendMessage("TakeDamage", _playerDamage + "," + proArray[3] + "," + proArray[4]);
//TODO 参数待定
}
}
//----------------------------------------------------------------------------
// Constructor
//----------------------------------------------------------------------------
#region Constructor
public AttackData(IHasAttack hasAttack, AttackRangeType rangeType,
AttackType attackType, AttackStat attackStat)
{
MyHasAttack = hasAttack;
MyIsVictim = null;
MyRangeType = rangeType;
MyAttackType = attackType;
MyAttackStat = attackStat;
Advantage = false;
Disadvantage = false;
SumOfModifiers = 0;
}
public static string getName(this AttackRangeType type)
{
switch (type)
{
case AttackRangeType.all: return("全体");
case AttackRangeType.oneEnemy: return("单体");
case AttackRangeType.smallLine: return("贯通小");
case AttackRangeType.LargeLine: return("贯通大");
case AttackRangeType.smallSector: return("扇形小");
case AttackRangeType.LargeFan: return("扇形大");
case AttackRangeType.adjustableFan: return("扇形可调节");
}
return("");
}
/// <summary>
/// 释放技能时 向玩家发送消息 对方接受消息后回应
/// </summary>
void SendMessageToPlayer(AttackRangeType type, string[] proArray, float bossDamage)
{
AttackMessage(proArray, bossDamage);
}
