private void checkTiles()
{
for (int h = 0; h < tileCountY; ++h)
{
for (int w = 0; w < tileCountX; ++w)
{
AStarData astarData = astarDatas.getAstarData(h, w);;
if (astarData == null)
{
throw new ApplicationException("tile invalid:" + h + "," + w);
}
if (astarData.getWidthInCells() != cellCountXPerTile ||
astarData.getHeightInCells() != cellCountYPerTile)
{
throw new ApplicationException("tile size invalid:" + h + "," + w);
}
}
}
}
public void initstring(int tileRol, int tileCol, string str)
{
int tileId = makeTileId(tileRol, tileCol);
AStarData data;
if (astarDatas.TryGetValue(tileId, out data))
{
return;
}
string[] strs = str.Split(new char[] { '\n', '\r' });
AStarData astarData = AStarData.Parse(strs);
astarDatas.Add(tileId, astarData);
if (_nullTile == null)
{
_nullTile = new AStarDataNull(astarData.getWidthInCells(), astarData.getHeightInCells(), astarData.getCellSize());
}
}
public AStarMultiTileMap(AStarDataMgr datas, int tileCountX, int tileCountY)
{
this.astarDatas = datas;
this.tileCountX = tileCountX;
this.tileCountY = tileCountY;
AStarData firstData = astarDatas.getAstarData(0, 0);
this.cellCountXPerTile = firstData.getWidthInCells();
this.cellCountYPerTile = firstData.getHeightInCells();
this.cellSize = firstData.getCellSize();
this.errorTolerate = cellSize * ERROR_TOLERATE_RATIO;
this.widthInCells = tileCountX * cellCountXPerTile;
this.heightInCells = tileCountY * cellCountYPerTile;
checkTiles();
loadTiles();
}