//悔棋
public bool RetractChess()
{
if (chessLine.Count > 1)//最少大於一顆
{
for (int i = 0; i < 2; i++)
{
ChessAttribute chessInfo = chessLine[chessLine.Count - 1].GetComponent <ChessAttribute>();
grid[(int)chessInfo.gridPos.x, (int)chessInfo.gridPos.y] = 0; //清空該棋盤格位置
Destroy(chessLine[chessLine.Count - 1].gameObject); //移除物件
chessLine.RemoveAt(chessLine.Count - 1); //縮減對列
}
return(true);
}
return(false);
}
} //取得棋子屬性
//-------------------------------------------------------------------------------------------------------------------
//棋子初始化
public void ChessInitialize(ChessAttribute _attribute, Camps player, bool _isKing)
{
attribute = _attribute; //設定棋子屬性
//this.name = player.ToString() + " / " + _attribute.chessName.ToString(); //更改遊戲物件名稱
//初始化棋子尺寸
this.GetComponent <RectTransform>().sizeDelta = Vector2.zero;
//初始化棋子圖示
animalIcon.sprite = attribute.animalIcon;
//依照陣營變換棋子顏色
if (player == Camps.正面方)
{
frameImage.color = UIManager.Instance.playerColor;
}
else if (player == Camps.反面方)
{
frameImage.color = UIManager.Instance.enemyColor;
}
chessPlayer = player; //設定陣營
isKing = _isKing; //是否為王
//顯示可移動方向在棋子上
directionType = new List <DirectionType>(); //初始化可移動方向陣列
for (int i = 0; i < directionImages.Length; i++) //先關閉全部的可移動方向
{
directionImages[i].gameObject.SetActive(false);
}
for (int i = 0; i < attribute.directionType.Count; i++) //設定可移動方向
{
directionType.Add(attribute.directionType[i]);
}
if (player == Camps.反面方) //棋子為反面方時, 條件性翻轉可移動方向
{
//需實施反轉的方向(一對)
List <DirectionType[]> exchangeDir = new List <DirectionType[]>();
exchangeDir.Add(new DirectionType[] { DirectionType.左上, DirectionType.左下 });
exchangeDir.Add(new DirectionType[] { DirectionType., DirectionType. });
//檢測棋子連線
public bool CheckOneLine(Vector2 pos, int[] offset)
{
int linkNum = 1;
//針對右邊for迴圈,針對棋子的x與y座標做遍歷;限定遍歷範圍;每遍歷一次遞增
for (int i = offset[0], j = offset[1]; (pos.x + i >= 0 && pos.x + i <= size.x) && (pos.y + j >= 0 && pos.y + j <= size.y); i += offset[0], j += offset[1])
{
if (grid[(int)pos.x + i, (int)pos.y + j] == (int)turn + 1)
{
linkNum++;
}
else
{
break;
}
}
//針對左邊for迴圈,針對棋子的x與y座標做遍歷;限定遍歷範圍;每遍歷一次遞減
for (int i = -offset[0], j = -offset[1]; (pos[0] + i >= 0 && pos[0] + i <= size.x) && (pos[1] + j >= 0 && pos[1] + j <= size.y); i -= offset[0], j -= offset[1])
{
if (grid[(int)pos.x + i, (int)pos.y + j] == (int)turn + 1)
{
linkNum++;
}
else
{
break;
}
}
if (linkNum > 4) //當棋子大於4顆
{
//針對連成五子(以上)的棋子, 賦予動畫
for (int k = 0; k < chessLine.Count; k++)
{
ChessAttribute info = chessLine[k].GetComponent <ChessAttribute>();
if (info.gridPos.x == (int)pos.x && info.gridPos.y == (int)pos.y)
{
AnimationScript anim = chessLine[k].GetComponent <AnimationScript>();
winnerChessAnim.Add(anim);
anim.PlayAnimation("Interlude_SuccessChess", new AnimationBehavior(PlayMode.循環撥放), false);
}
}
for (int i = offset[0], j = offset[1]; (pos.x + i >= 0 && pos.x + i <= size.x) && (pos.y + j >= 0 && pos.y + j <= size.y); i += offset[0], j += offset[1])
{
if (grid[(int)pos.x + i, (int)pos.y + j] == (int)turn + 1)
{
for (int k = 0; k < chessLine.Count; k++)
{
ChessAttribute info = chessLine[k].GetComponent <ChessAttribute>();
if (info.gridPos.x == (int)pos.x + i && info.gridPos.y == (int)pos.y + j)
{
AnimationScript anim = chessLine[k].GetComponent <AnimationScript>();
winnerChessAnim.Add(anim);
anim.PlayAnimation("Interlude_SuccessChess", new AnimationBehavior(PlayMode.循環撥放), false);
}
}
}
else
{
break;
}
}
for (int i = -offset[0], j = -offset[1]; (pos[0] + i >= 0 && pos[0] + i <= size.x) && (pos[1] + j >= 0 && pos[1] + j <= size.y); i -= offset[0], j -= offset[1])
{
if (grid[(int)pos.x + i, (int)pos.y + j] == (int)turn + 1)
{
for (int k = 0; k < chessLine.Count; k++)
{
ChessAttribute info = chessLine[k].GetComponent <ChessAttribute>();
if (info.gridPos.x == (int)pos.x + i && info.gridPos.y == (int)pos.y + j)
{
AnimationScript anim = chessLine[k].GetComponent <AnimationScript>();
winnerChessAnim.Add(anim);
anim.PlayAnimation("Interlude_SuccessChess", new AnimationBehavior(PlayMode.循環撥放), false);
}
}
}
else
{
break;
}
}
return(true);
}
return(false);
}
