public Tile(Tile copy)
{
flags = copy.flags;
tileType = copy.tileType;
tileFrame = copy.tileFrame;
wallType = copy.wallType;
liquidLevel = copy.liquidLevel;
}
private void ReadWorldTiles()
{
Boolean theB;
Byte theI;
Tile theTile;
Int32 i, j;
if (bw != null)
bw.ReportProgress((Int32)(((Single)progressPosition / stream.Length) * readWorldPerc)
, "Reading Tiles");
tiles = new Tile[MaxX, MaxY];
for (i = 0; i < MaxX; i++)
{
for (j = 0; j < MaxY; j++)
{
theTile = new Tile();
theB = reader.ReadBoolean();
theTile.Active = theB;
if (theB == true)
{
theI = reader.ReadByte();
if (theI > 85)
theTile.TileType = theI;
theTile.TileType = theI;
if (tileImportant[theI] == true)
{
theTile.Important = true;
theTile.Frame = new PointInt16(reader.ReadInt16(), reader.ReadInt16());
}
else
theTile.Important = false;
}
// /dev/null the Lighted Flag
reader.ReadBoolean();
theB = reader.ReadBoolean();
theTile.Wall = theB;
if (theB == true)
theTile.WallType = reader.ReadByte();
if (theTile.WallType == 0 && theTile.Wall == true)
theTile.Wall = true;
theB = reader.ReadBoolean();
if (theB == true)
{
theTile.LiquidLevel = reader.ReadByte();
theTile.Lava = reader.ReadBoolean();
}
tiles[i, j] = theTile;
}
progressPosition = stream.Position;
}
posChests = stream.Position;
}
// Helper function to help parse through the world loading a tile run at a time.
// Lots of bounds checking to make sure we catch when the first errors happen.
// Designed for 1.2.0.1
public bool SanityCheckWorld(String world)
{
String error;
int strictbool;
int i, j;
String byteStringOld;
byte[] byteStreamOld;
int byteStreamOldLength;
String byteString;
byte[] byteStream;
int byteStreamPos;
Tile curTile = new Tile();
int RLEValue;
byteStream = new byte[40];
byteStreamPos = 0;
byteStreamOld = new byte[40];
byteStreamOldLength = 0;
Int32 tilesRead = 0;
stream = new FileStream(world, FileMode.Open, FileAccess.Read);
reader = new BinaryReader(stream);
ReadHeader();
RLEValue = 0;
for (i = 0; i < MaxX; i++)
{
for (j = 0; j < MaxY; j++)
{
if (RLEValue == 0)
{
if (tilesRead == 1773)
tilesRead = 1773;
byteStreamPos = 0;
curTile.Reset();
strictbool = reader.ReadByte();
byteStream[byteStreamPos] = (byte)strictbool;
byteStreamPos++;
if (strictbool > 1)
{
error = String.Format("Failed on the Activate Boolean read: 0x{1:X2}", (byte)strictbool);
}
curTile.Active = (strictbool == 0) ? false : true;
if (curTile.Active)
{
curTile.TileType = reader.ReadByte();
byteStream[byteStreamPos] = curTile.TileType;
byteStreamPos++;
if (curTile.TileType >= TileProperties.Unknown)
{
error = String.Format("Failed on the TileType Byte read: 0x{1:X2}", curTile.TileType);
}
if (Global.Instance.Info.Tiles[(int)curTile.TileType].colorName == "FindImportant")
{
error = String.Format("TileType {0} has unknown importance.", curTile.TileType);
}
if (TileProperties.tileTypeDefs[curTile.TileType].IsImportant)
{
curTile.Important = true;
PointInt16 p = curTile.Frame;
p.X = reader.ReadInt16();
byteStream[byteStreamPos] = (byte)(p.X & 0xFF);
byteStreamPos++;
byteStream[byteStreamPos] = (byte)((p.X & 0xFF00) >> 8);
byteStreamPos++;
p.Y = reader.ReadInt16();
byteStream[byteStreamPos] = (byte)(p.Y & 0xFF);
byteStreamPos++;
byteStream[byteStreamPos] = (byte)((p.Y & 0xFF00) >> 8);
byteStreamPos++;
curTile.Frame = p;
}
else
{
curTile.Important = false;
}
strictbool = reader.ReadByte();
byteStream[byteStreamPos] = (byte)strictbool;
byteStreamPos++;
if (strictbool > 1)
{
error = String.Format("Failed on the Tile Color Boolean read: 0x{0:X2}", (byte)strictbool);
}
if (strictbool >= 1)
{
curTile.TileColor = reader.ReadByte();
byteStream[byteStreamPos] = curTile.TileColor;
byteStreamPos++;
if (curTile.TileColor == 0)
{
error = String.Format("Failed on the Tile Color Byte read: 0x{0:X2}", curTile.TileColor);
}
}
}
strictbool = reader.ReadByte();
byteStream[byteStreamPos] = (byte)(strictbool);
byteStreamPos++;
if (strictbool > 1)
{
error = String.Format("Failed in the Wall Active Boolean read: 0x{0:X2}", (byte)strictbool);
}
if (strictbool >= 1)
{
curTile.WallType = reader.ReadByte();
byteStream[byteStreamPos] = curTile.WallType;
byteStreamPos++;
if (curTile.WallType == 0 || curTile.WallType > Global.Instance.Info.Walls.Count)
{
error = String.Format("Failed in the Wall Type Byte read: 0x{0:X2}", curTile.WallType);
}
strictbool = reader.ReadByte();
byteStream[byteStreamPos] = (byte)(strictbool);
byteStreamPos++;
if (strictbool > 1)
{
error = String.Format("Failed in the Wall Color Boolean read: 0x{0:X2}", (byte)strictbool);
}
if (strictbool >= 1)
{
curTile.WallColor = reader.ReadByte();
byteStream[byteStreamPos] = curTile.WallColor;
byteStreamPos++;
if (curTile.WallColor == 0)
{
error = String.Format("Failed in the Wall Color Byte read: 0x{0:X2}", (byte)strictbool);
}
}
}
strictbool = reader.ReadByte();
byteStream[byteStreamPos] = (byte)(strictbool);
byteStreamPos++;
if (strictbool > 1)
{
error = String.Format("Failed in the Liquid Active Boolean read: 0x{0:X2}", (byte)strictbool);
}
if (strictbool >= 1)
{
curTile.LiquidLevel = reader.ReadByte();
byteStream[byteStreamPos] = curTile.LiquidLevel;
byteStreamPos++;
strictbool = reader.ReadByte();
byteStream[byteStreamPos] = (byte)(strictbool);
byteStreamPos++;
if (strictbool > 1)
{
error = String.Format("Failed in the IsLava Boolean read: 0x{0:X2}", (byte)strictbool);
}
curTile.Lava = (strictbool == 0) ? false : true;
strictbool = reader.ReadByte();
byteStream[byteStreamPos] = (byte)(strictbool);
byteStreamPos++;
if (strictbool > 1)
{
error = String.Format("Failed in the IsHoney Boolean read: 0x{0:X2}", (byte)strictbool);
}
curTile.Honey = (strictbool == 0) ? false : true;
}
strictbool = reader.ReadByte();
byteStream[byteStreamPos] = (byte)(strictbool);
byteStreamPos++;
if (strictbool > 1)
{
error = String.Format("Failed in the Red Wire Boolean read: 0x{0:X2}", (byte)strictbool);
}
curTile.RedWire = (strictbool == 0) ? false : true;
strictbool = reader.ReadByte();
byteStream[byteStreamPos] = (byte)(strictbool);
byteStreamPos++;
if (strictbool > 1)
{
error = String.Format("Failed in the Blue Wire Boolean read: 0x{0:X2}", (byte)strictbool);
}
curTile.BlueWire = (strictbool == 0) ? false : true;
strictbool = reader.ReadByte();
byteStream[byteStreamPos] = (byte)(strictbool);
byteStreamPos++;
if (strictbool > 1)
{
error = String.Format("Failed in the Halftile Boolean read: 0x{0:X2}", (byte)strictbool);
}
curTile.GreenWire = (strictbool == 0) ? false : true;
strictbool = reader.ReadByte();
byteStream[byteStreamPos] = (byte)(strictbool);
byteStreamPos++;
if (strictbool > 1)
{
error = String.Format("Failed in the Halftile Boolean read: 0x{0:X2}", (byte)strictbool);
}
curTile.Halftile = (strictbool == 0) ? false : true;
curTile.Slope = reader.ReadByte();
strictbool = reader.ReadByte();
byteStream[byteStreamPos] = (byte)(strictbool);
byteStreamPos++;
if (strictbool > 1)
{
error = String.Format("Failed in the Actuator Boolean read: 0x{0:X2}", (byte)strictbool);
}
curTile.Actuator = (strictbool == 0) ? false : true;
strictbool = reader.ReadByte();
byteStream[byteStreamPos] = (byte)(strictbool);
byteStreamPos++;
if (strictbool > 1)
{
error = String.Format("Failed in the Inactive Boolean read: 0x{0:X2}", (byte)strictbool);
}
curTile.Inactive = (strictbool == 0) ? false : true;
RLEValue = reader.ReadInt16();
byteStream[byteStreamPos] = (byte)(RLEValue & 0xFF);
byteStreamPos++;
byteStream[byteStreamPos] = (byte)((RLEValue & 0xFF00) >> 8);
byteStreamPos++;
for (int k = byteStreamPos; k < byteStream.Length; k++)
byteStream[k] = 0;
for (int k = 0; k < byteStream.Length; k++)
byteStreamOld[k] = byteStream[k];
byteStreamOldLength = byteStreamPos;
byteString = "";
for (int k = 0; k < byteStreamPos; k++)
byteString = byteString + String.Format("{0:X2} ", byteStream[k]);
byteStringOld = byteString;
tilesRead++;
}
else
{
RLEValue--;
continue;
}
}
}
ReadChests();
ReadSigns();
ReadNPCs();
ReadNPCNames();
ReadFooter();
return true;
}
public tileReader(tileReader copy)
{
id = nextId;
nextId++;
filePos = copy.filePos;
tileLookup = new TileImportance(copy.tileLookup);
tile = new Tile(copy.tile);
tileOrder = new List<Byte>();
tilesRead = copy.tilesRead;
foreach (Byte b in copy.tileOrder)
tileOrder.Add(b);
}
public tileReader(Int64 fPos)
{
id = nextId;
nextId++;
filePos = fPos;
tileLookup = new TileImportance();
tile = new Tile();
tileOrder = new List<Byte>();
tilesRead = 0;
}