public void ChangeCard(TileCard a, TileCard b)
{
//tilemap素组内的调整
TileCard c = a;
m_tileCardMap[a.m_Anchor.x, a.m_Anchor.y] = b;
m_tileCardMap[b.m_Anchor.x, b.m_Anchor.y] = c;
//tilecard内的anchor的调整。
TileCardAnchor ca = a.m_Anchor;
a.m_Anchor = b.m_Anchor;
b.m_Anchor = ca;
//tilecard内的currentlocation的调整。
a.m_currentLocation = a.m_Anchor.position;
b.m_currentLocation = b.m_Anchor.position;
//回到具体的位置。
a.StopMove();
b.StopMove();
AlltileGetSurroundCard();
}
public void StartByTileCardManger(TileCardAnchor tca)
{
m_BackSpriteRenderer.sprite = m_BackGroundSprites;
m_FrontSpriteRenderer.sprite = m_FrontGroundSprites;
m_currentLocation = (Vector2)transform.position;
m_Anchor = tca;
}
public void AlltileGetSurroundCard()
{
///测定计算周围的卡片
foreach (TileCard tc in m_tileCardMap)
{
TileCard up = null;
TileCard down = null;
TileCard left = null;
TileCard right = null;
TileCardAnchor upAnchor = new TileCardAnchor(tc.m_Anchor.x, tc.m_Anchor.y + 1);
TileCardAnchor downAnchor = new TileCardAnchor(tc.m_Anchor.x, tc.m_Anchor.y - 1);
TileCardAnchor leftAnchor = new TileCardAnchor(tc.m_Anchor.x - 1, tc.m_Anchor.y);
TileCardAnchor rightAnchor = new TileCardAnchor(tc.m_Anchor.x + 1, tc.m_Anchor.y);
if (upAnchor.x >= 0 && upAnchor.x < 4 && upAnchor.y >= 0 && upAnchor.y < 4)
{
up = m_tileCardMap[upAnchor.x, upAnchor.y];
}
if (downAnchor.x >= 0 && downAnchor.x < 4 && downAnchor.y >= 0 && downAnchor.y < 4)
{
down = m_tileCardMap[downAnchor.x, downAnchor.y];
}
if (leftAnchor.x >= 0 && leftAnchor.x < 4 && leftAnchor.y >= 0 && leftAnchor.y < 4)
{
left = m_tileCardMap[leftAnchor.x, leftAnchor.y];
}
if (rightAnchor.x >= 0 && rightAnchor.x < 4 && rightAnchor.y >= 0 && rightAnchor.y < 4)
{
right = m_tileCardMap[rightAnchor.x, rightAnchor.y];
}
NeighborCard nc = new NeighborCard(up, down, left, right);
tc.StartByTileCardMangerSetNeighbor(nc);
}
}
private void Awake()
{
m_Calculate = GetComponent <TileObjCalculate>();
for (int x = 0; x < 4; x++)
{
for (int y = 0; y < 4; y++)
{
TileCardAnchor tca = new TileCardAnchor(x, y);
m_tileCardAnchorMap[x, y] = tca;
}
}
foreach (TileCardAnchor tca in m_tileCardAnchorMap)
{
GameObject obj = Instantiate(m_TileCardPrefab, tca.position, transform.rotation);
m_tileCardMap[tca.x, tca.y] = obj.GetComponent <TileCard>();
StringBuilder sb = new StringBuilder(tca.x + "," + tca.y);
obj.name = sb.ToString();
obj.GetComponent <TileCard>().StartByTileCardManger(tca);
}
///测定计算周围的卡片
foreach (TileCard tc in m_tileCardMap)
{
TileCard up = null;
TileCard down = null;
TileCard left = null;
TileCard right = null;
TileCardAnchor upAnchor = new TileCardAnchor(tc.m_Anchor.x, tc.m_Anchor.y + 1);
TileCardAnchor downAnchor = new TileCardAnchor(tc.m_Anchor.x, tc.m_Anchor.y - 1);
TileCardAnchor leftAnchor = new TileCardAnchor(tc.m_Anchor.x - 1, tc.m_Anchor.y);
TileCardAnchor rightAnchor = new TileCardAnchor(tc.m_Anchor.x + 1, tc.m_Anchor.y);
if (upAnchor.x >= 0 && upAnchor.x < 4 && upAnchor.y >= 0 && upAnchor.y < 4)
{
up = m_tileCardMap[upAnchor.x, upAnchor.y];
}
if (downAnchor.x >= 0 && downAnchor.x < 4 && downAnchor.y >= 0 && downAnchor.y < 4)
{
down = m_tileCardMap[downAnchor.x, downAnchor.y];
}
if (leftAnchor.x >= 0 && leftAnchor.x < 4 && leftAnchor.y >= 0 && leftAnchor.y < 4)
{
left = m_tileCardMap[leftAnchor.x, leftAnchor.y];
}
if (rightAnchor.x >= 0 && rightAnchor.x < 4 && rightAnchor.y >= 0 && rightAnchor.y < 4)
{
right = m_tileCardMap[rightAnchor.x, rightAnchor.y];
}
NeighborCard nc = new NeighborCard(up, down, left, right);
tc.StartByTileCardMangerSetNeighbor(nc);
}
}
