/// <summary>
/// Ops the by skill.
/// </summary>
/// <param name="op_list">Op list.</param>
/// <param name="skill">Skill.</param>
/// <param name="dir_limit">Dir limit.</param>
/// <param name="simGrid">假定棋子站在这里发起攻击.</param>
public void OpBySkill(ref List <Operation> op_list, Skill_Info skill, eDirection dir_limit, ChessContainer simGrid)
{
List <ChessContainer> attack_grids = BKTools.GetSkillScope(skill, simGrid);
//筛选攻击目标
//有效性筛选
for (int i = attack_grids.Count - 1; i >= 0; i--)
{
ChessContainer cc = (ChessContainer)attack_grids[i];
if (cc.my_chess == null || !BKTools.IsTargetFit(skill.my_TargetBelong, cc.my_chess.belong, my_chess.belong))
{
attack_grids.RemoveAt(i);
continue;
}
}
//数量筛选
//目标数量有限时，选择合适的目标（大部分时候为随机）
//TODO 这边的随机选择也是不严谨的， [!]注意operation中的目标不会被用于生成ToDoListItem，不影响实际执行
if (skill.target_number != 0)
{
List <ChessContainer> list_copy = new List <ChessContainer>();
foreach (var item in attack_grids)
{
list_copy.Add(item);
}
attack_grids.Clear();
for (int i = 0; i < skill.target_number && list_copy.Count > 0; i++)
{
int index = UnityEngine.Random.Range(0, list_copy.Count);
attack_grids.Add(list_copy[index]);
list_copy.Remove(list_copy[index]);
}
}
Operation op = new Operation();
op.targetGridIndex = simGrid.number;
op.direcion = dir_limit;
op.skill_id = skill.id;
op.skill = skill;
op.attack_target.AddRange(
from grid in attack_grids
// where grid.my_chess != null
select grid.my_chess);
foreach (var target in attack_grids)
{
//评估行动价值
if (skill.skill_damage > target.my_chess.attribute.mana)
{
op.iWouldKillTarget++;
}
// else
// op.iWouldKillTarget = false;
op.bMayBeKilled = false;
op.exDamage += my_chess.attribute.GetSklDmg(skill);
// TODO 此处使用了非正式的受伤判断，可能要很久很久的将来才能补正
op.exInjure = target.my_chess.attribute.Pow;
}
op_list.Add(op);
}
IEnumerator SkillCoroutine(Skill_Info skill)
{
Main.Inst.addDancer(STR_Skill_Coroutine[0]);
driving_skill_list.Add(this);
//技能发动提示
Ritual_Display(skill);
yield return(new WaitForSeconds(1));
//播放表现
float delay = CG_Display(skill);
yield return(new WaitUntil(BKTools.ISCWithArgu(STR_Skill_Coroutine)));
//ArrayList scope_list = getSkillScope(skill);
List <ChessContainer> scope_list = BKTools.GetSkillScope(skill, container, attack_Direction);
//展示攻击范围
for (int i = scope_list.Count - 1; i >= 0; i--)
{
ChessContainer cc = (ChessContainer)scope_list[i];
BK_AnimEvts vfx = BKTools.addVFX_Dancer(Main.Inst.GetComponent <VFX_Dictionary>().Skill_Scope_Mark);
vfx.transform.SetParent(cc.transform, false);
}
yield return(new WaitUntil(BKTools.ISCWithArgu(STR_Skill_Coroutine)));
//筛选攻击目标
//有效性筛选
for (int i = scope_list.Count - 1; i >= 0; i--)
{
ChessContainer cc = (ChessContainer)scope_list[i];
if (cc.my_chess == null || !BKTools.IsTargetFit(skill.my_TargetBelong, cc.my_chess.belong, belong))
{
scope_list.RemoveAt(i);
continue;
}
}
//目标数量有限时，选择合适的目标（大部分时候为随机）
//info.target_number
if (skill.target_number != 0)
{
List <ChessContainer> list_copy = new List <ChessContainer>();
foreach (var item in scope_list)
{
list_copy.Add(item);
}
scope_list.Clear();
for (int i = 0; i < skill.target_number && list_copy.Count > 0; i++)
{
int index = UnityEngine.Random.Range(0, list_copy.Count);
scope_list.Add(list_copy[index]);
list_copy.Remove(list_copy[index]);
}
}
//展示攻击目标
for (int i = scope_list.Count - 1; i >= 0; i--)
{
ChessContainer cc = (ChessContainer)scope_list[i];
BK_AnimEvts vfx = BKTools.addVFX_Dancer(Main.Inst.GetComponent <VFX_Dictionary>().Skill_Target_Mark);
vfx.transform.SetParent(cc.transform, false);
}
yield return(new WaitUntil(BKTools.ISCWithArgu(STR_Skill_Coroutine)));
//计算效果
Main.Inst.b_attacked = true;
AnalyseSkillKouKa(skill, scope_list);
//计算结果后等待
yield return(new WaitForSeconds(Data.DELAY_AFTER_SKILL));
driving_skill_list.Remove(this);
attack_Direction = eDirection.All;
Main.Inst.redDancer(STR_Skill_Coroutine[0]);
yield return(null);
}