private bool ReadHeader(BytesReader buffer)
{
uint flag = buffer.ReadUInt32();
if (flag != HeaderFlag)
{
return(false);
}
mapType = (ELevelMapType)buffer.ReadInt32();
minCol = buffer.ReadInt32();
maxBallId = buffer.ReadInt32();
ballRadius = buffer.ReadFloat();
return(true);
}
public void LoadLevelMap()
{
byte[] databytes = File.ReadAllBytes(GetLevelDataPath(LevelId));
LevelMapData data = new LevelMapData();
data.LoadFromBytes(databytes);
MapType = (ELevelMapType)data.mapType;
nextBallId = data.maxBallId + 1;
foreach (var ballData in data.balls)
{
ELevelBallType type = (ELevelBallType)ballData.type;
int col = ballData.grids[0].col;
int row = ballData.grids[0].row;
int ballId = ballData.id;
GameObject prefab = BallPrefabs[type];
GameObject ball = PrefabUtility.InstantiatePrefab(prefab) as GameObject;
ball.name = string.Format("[{0},{1}][{2}]", col, row, type.ToString());
ball.transform.SetParent(this.transform);
ball.transform.localPosition = GridToPosition(col, row);
ball.hideFlags = HideFlags.HideInHierarchy;
LevelBall newball = ball.GetComponent <LevelBall>();
newball.Id = ballId;
List <LevelBall> connectedBalls = new List <LevelBall>();
GetConnectedBalls(col, row, connectedBalls);
foreach (var b in connectedBalls)
{
newball.Connections.Add(b);
b.Connections.Add(newball);
}
Balls.Add(new GridPosition(col, row), newball);
}
}
public LevelMapData()
{
mapType = ELevelMapType.Normal;
balls = new List <BallData>();
}
