public GridControl CheckLineGrid(int num, GridControl gridItem, int direction)
{
// 检测同一行的 作为跳板后是否还有空格子
GridControl tmpGrid = gridItem.neighbors[direction];
while (num > 0)
{
num--;
if (tmpGrid == null)
{
break;
}
tmpGrid = tmpGrid.neighbors[direction];
}
if (tmpGrid == null)
{
return(tmpGrid);
}
// 若检测到的格子有棋子 则作废
if (tmpGrid.CheckChess())
{
tmpGrid = null;
}
return(tmpGrid);
}
public bool MovingChess(GridControl grid)
{
// 移动棋子
activeGrid.CancelTouch(saveGrid);
ChessControl chessItem = activeGrid.ContentChess;
chessItem.transform.position = grid.transform.position;
activeGrid.ContentChess = null;
grid.ContentChess = chessItem;
// 寻找途中有无棋子 有且不同队可以扣血
Direction direction = saveGrid[grid];
GridControl gridTmp = activeGrid.neighbors[(int)direction];
bool jumped = false;
while (gridTmp != grid)
{
jumped = true;
if (gridTmp.CheckChess())
{
if (!gridTmp.ContentChess.CompareTeam(chessItem.GetTeam()))
{
gridTmp.ContentChess.ReduceHP();
}
}
gridTmp = gridTmp.neighbors[(int)direction];
}
if (jumped)
{
saveGrid = grid.RepeatedJump(activeGrid);
}
activeGrid = grid;
return(jumped);
}
Dictionary <GridControl, Direction> ShowNeigbhorColor(SearchWay way, GridControl jumpedGrid = null)
{
// 存储找到的方格
Dictionary <GridControl, Direction> saveGrid = new Dictionary <GridControl, Direction>();
// 先搜索是否空格 是 存储 并开始计数
for (int i = 0; i < 6; i++)
{
GridControl neighborGird = neighbors[i];
if (neighborGird)
{
// 检测这个方向上格子是否存在棋子
if (!neighborGird.CheckChess())
{
// 若为空格 存储 并且搜索方式为全搜索
if (way == SearchWay.SearchAll)
{
saveGrid.Add(neighborGird, (Direction)i);
//neighborGird.ChangeColor(mark);
}
// 开始寻找这个方向上是否有跳板
Direction direction = (Direction)i;
int gridSpaceNum = 1; // 记录到有棋子的格子数
// 检测出存在棋子的格子
var tmpNeighbor = neighborGird.neighbors[i];
while (tmpNeighbor)
{
if (!tmpNeighbor.CheckChess())
{
gridSpaceNum++;
}
else
{
break;
}
tmpNeighbor = tmpNeighbor.neighbors[i];
}
// 若存在
if (tmpNeighbor)
{
var chooseGrid = CheckLineGrid(gridSpaceNum, tmpNeighbor, i);
if (chooseGrid)
{
if (way == SearchWay.SearchJump & jumpedGrid != null)
{
if (jumpedGrid != chooseGrid)
{
saveGrid.Add(chooseGrid, (Direction)i);
}
}
else
{
saveGrid.Add(chooseGrid, (Direction)i);
}
}
}
}
else
{
// 若格子上有棋子
var outGrid = neighborGird.neighbors[i];
if (outGrid)
{
if (!outGrid.CheckChess())
{
if (way == SearchWay.SearchJump & jumpedGrid != null)
{
if (jumpedGrid != outGrid)
{
saveGrid.Add(outGrid, (Direction)i);
}
}
else
{
saveGrid.Add(outGrid, (Direction)i);
}
}
}
}
}
}
return(saveGrid);
}
