public void SetNeighbor(BlockData _anotherBlock, GamingLogic2048.EPushingDirection _eDirection)
{
int iThisToNeighbor = (int)_eDirection; //自己看鄰居的方向
int iNeighborToThis = (int)GamingLogic2048.GetOppositeDirection(_eDirection); //鄰居看自己的方向
this.m_arrNeighbor[iThisToNeighbor] = _anotherBlock;
_anotherBlock.m_arrNeighbor[iNeighborToThis] = this;
}
private void BuildBoard(int _iLengthX, int _iLengthY) //單純的把棋盤建出來，裡頭都先不要設定數字或障礙
{
m_game = new GamingLogic2048(_iLengthX, _iLengthY, 0);
int iBoardSize = m_game.GetBoardSize();
for (int i = 0; i < iBoardSize; i++) //為實現資源管理，迴圈需要兩個條件，一個是生成格子時是否生足夠了，另一個則是去找原本的格子是否太多了，需要關閉
{
if (i >= m_listBlockView.Count) //超出了現有生成的格子範圍，表示需要額外生成
{
Vector3 initPlace = Vector3.zero;
initPlace.x += m_vec2BlockInterval.x * (i % _iLengthX);
initPlace.y -= m_vec2BlockInterval.y * (i / _iLengthX);
GameObject blockTemp = m_objPoolBlockPrefab.GetBlockPrefab();
blockTemp.transform.SetParent(m_transformInitPosition.transform);
blockTemp.transform.localPosition = initPlace;
BlockView BVTemp = blockTemp.GetComponent <BlockView>();
m_listBlockView.Add(BVTemp);
}
else if (i < iBoardSize && i < m_listBlockView.Count) //還需要格子，但原本所生成的格子還夠用時，將舊有的格子移動到我們需要的地方
{
Vector3 initPlace = Vector3.zero;
initPlace.x += m_vec2BlockInterval.x * (i % _iLengthX);
initPlace.y -= m_vec2BlockInterval.y * (i / _iLengthX);
m_listBlockView[i].transform.localPosition = initPlace;
m_listBlockView[i].transform.gameObject.SetActive(true);
}
}
//以下，在每次做完排格子迴圈後，將多出來的格子關閉，在C#當中若要將某個範圍的list刪除的話可以先請另一個暫存的list先幫你抓著，接著再請該list一一將物件轉入物件池
List <BlockView> listToRemove = m_listBlockView.GetRange(iBoardSize, m_listBlockView.Count - iBoardSize);
m_listBlockView.RemoveRange(iBoardSize, m_listBlockView.Count - iBoardSize);
foreach (BlockView blockView in listToRemove)
{
m_objPoolBlockPrefab.BackToBlockPool(blockView.gameObject);
}
this.m_gameObjGameOverView.SetActive(false);
}
