public void Clear(TileDataType types)
{
if ((types & TileDataType.Tile) != (TileDataType)0)
{
this.type = (ushort)0;
this.active(false);
this.frameX = (short)0;
this.frameY = (short)0;
}
if ((types & TileDataType.Wall) != (TileDataType)0)
{
this.wall = (ushort)0;
this.wallFrameX(0);
this.wallFrameY(0);
}
if ((types & TileDataType.TilePaint) != (TileDataType)0)
{
this.color((byte)0);
}
if ((types & TileDataType.WallPaint) != (TileDataType)0)
{
this.wallColor((byte)0);
}
if ((types & TileDataType.Liquid) != (TileDataType)0)
{
this.liquid = (byte)0;
this.liquidType(0);
this.checkingLiquid(false);
}
if ((types & TileDataType.Slope) != (TileDataType)0)
{
this.slope((byte)0);
this.halfBrick(false);
}
if ((types & TileDataType.Wiring) != (TileDataType)0)
{
this.wire(false);
this.wire2(false);
this.wire3(false);
this.wire4(false);
}
if ((types & TileDataType.Actuator) == (TileDataType)0)
{
return;
}
this.actuator(false);
this.inActive(false);
}
public void Clear(TileDataType types)
{
if ((types & TileDataType.Tile) != 0)
{
type = 0;
active(active: false);
frameX = 0;
frameY = 0;
}
if ((types & TileDataType.Wall) != 0)
{
wall = 0;
wallFrameX(0);
wallFrameY(0);
}
if ((types & TileDataType.TilePaint) != 0)
{
color(0);
}
if ((types & TileDataType.WallPaint) != 0)
{
wallColor(0);
}
if ((types & TileDataType.Liquid) != 0)
{
liquid = 0;
liquidType(0);
checkingLiquid(checkingLiquid: false);
}
if ((types & TileDataType.Slope) != 0)
{
slope(0);
halfBrick(halfBrick: false);
}
if ((types & TileDataType.Wiring) != 0)
{
wire(wire: false);
wire2(wire2: false);
wire3(wire3: false);
wire4(wire4: false);
}
if ((types & TileDataType.Actuator) != 0)
{
actuator(actuator: false);
inActive(inActive: false);
}
}
public void SaveFileForTxt(List<MapToolTileInfo> tileList, string fileName)
{
BinaryFormatter bf = new BinaryFormatter();
FileStream file = File.Create(Application.dataPath + "/Resources/SaveDatas/" + fileName + ".dat");
TileDataType data = new TileDataType();
data.width = GlobalGameData.Instance.width;
data.height = GlobalGameData.Instance.height;
data.ListMap = new List<int>();
List<int> tmpList = new List<int>();
foreach (MapToolTileInfo tile in tileList)
tmpList.Add((int)tile.Type);
data.ListMap = tmpList;
bf.Serialize(file, data);
file.Close();
}
/// <summary>
/// Updates a single tile's world state with a set of changes from the networked tile state
/// </summary>
/// <param name="tile">The tile to update</param>
/// <param name="newTile">The NetTile containing the change</param>
/// <param name="updateType">The type of data to merge into world state</param>
public static void UpdateServerTileState(ITile tile, NetTile newTile, TileDataType updateType)
{
//This logic (updateType & TDT.Tile) != 0 is the way Terraria does it (see: Tile.cs/Clear(TileDataType))
//& is not a typo - we're performing a binary AND test to see if a given flag is set.
if ((updateType & TileDataType.Tile) != 0)
{
tile.active(newTile.Active);
tile.type = newTile.Type;
if (newTile.FrameImportant)
{
tile.frameX = newTile.FrameX;
tile.frameY = newTile.FrameY;
}
else if (tile.type != newTile.Type || !tile.active())
{
//This is vanilla logic - if the tile changed types (or wasn't active) the frame values might not be valid - so we reset them to -1.
tile.frameX = -1;
tile.frameY = -1;
}
}
if ((updateType & TileDataType.Wall) != 0)
{
tile.wall = newTile.Wall;
}
if ((updateType & TileDataType.TilePaint) != 0)
{
tile.color(newTile.TileColor);
}
if ((updateType & TileDataType.WallPaint) != 0)
{
tile.wallColor(newTile.WallColor);
}
if ((updateType & TileDataType.Liquid) != 0)
{
tile.liquid = newTile.Liquid;
tile.liquidType(newTile.LiquidType);
}
if ((updateType & TileDataType.Slope) != 0)
{
tile.halfBrick(newTile.IsHalf);
tile.slope(newTile.Slope);
}
if ((updateType & TileDataType.Wiring) != 0)
{
tile.wire(newTile.Wire);
tile.wire2(newTile.Wire2);
tile.wire3(newTile.Wire3);
tile.wire4(newTile.Wire4);
}
if ((updateType & TileDataType.Actuator) != 0)
{
tile.actuator(newTile.IsActuator);
tile.inActive(newTile.Inactive);
}
}
