public void show_movable_area()
{
List <ChessContainer> result_list = new List <ChessContainer>();
//TODO 等BK_Tools中getAroundGrid函数重写后替换
//container.search_around(ref result_list, 0, attribute.spd);
result_list.Add(container);
BKTools.getAroundGrid(attribute.Spd, result_list, true, false, null);
result_list.Remove(container);
#region 清理不在战斗区域的标记
List <ChessContainer> not_in_battle_area = new List <ChessContainer>();
foreach (var item in result_list)
{
if (!Main.Inst.lv_ctrl.AreaBattle.Contains(item.number))
{
not_in_battle_area.Add(item);
}
}
foreach (var grid in not_in_battle_area)
{
result_list.Remove(grid);
}
#endregion
foreach (ChessContainer cc in result_list)
{
if (cc.isMoveBan(owner))
{
continue;
}
//可移动区域-面片色块
GameObject obj = Instantiate(bg_move, cc.transform.position, cc.transform.rotation);
list_movable_area.Add(obj);
cc.setMoveFlag_On();
obj.transform.parent = transform;
Vector3 new_pos = obj.transform.localPosition;
new_pos.z = 0.3f;
obj.transform.localPosition = new_pos;
}
}
public List <Operation> generateOperations()
{
Chess c = my_chess;
List <ChessContainer> res_list = new List <ChessContainer> ();
List <ChessContainer> search_list = new List <ChessContainer> ();
search_list.Add(c.container);
search_list = BKTools.getAroundGrid(c.attribute.Spd, search_list);
res_list.Add(c.container);//原地不动也是一种选择
foreach (var item in search_list)
{
//TODO 判断条件需要完善
if (item.my_chess == null && GameRule.judgePassable(c, item))
{
res_list.Add(item);
}
}
//return res_list;
List <Operation> op_list = new List <Operation>();
//检索所有移动选项
foreach (var grid in res_list)
{
foreach (var skill in my_chess.attribute.skill)
{
if (skill == null)
{
continue;
}
//根据攻击生成行动方案
switch (skill.my_select_Solution)
{
case eSkill_Target_SelectSolution.Auto:
//随机攻击型
//按照可能击杀的数量和总体伤害计算
OpBySkill(ref op_list, skill, eDirection.All, grid);
break;
case eSkill_Target_SelectSolution.Human:
//制定攻击目标
//方向限制型
//按照可能击杀的数量和总体伤害计算
//每个方向进行一次选择
for (eDirection i = eDirection.UpperLeft; i < eDirection.All; i++)
{
OpBySkill(ref op_list, skill, i, grid);
}
break;
default:
break;
}
}
// 罗列攻击手段
// 按攻击手段获得每一个格子上能打到的目标
// 根据目标的血量和攻击手段获得攻击性相关行动数据
//
// 对产生的攻击方案，判断对方反击时会造成的伤害预期获得防御相关的行动数据
// ps:上面这个运算需要一个整体的将来战局模拟数据
}
return(op_list);
}