private static void ProccesChunk(byte[] data, int x, short y, int z, byte sizex, byte sizey, byte sizez)
{
MapChunkReader r = new MapChunkReader(data);
int ChunkPosX = x / MinecraftLevel.ChunkXSize;
int ChunkPosY = y / MinecraftLevel.ChunkYSize;
int ChunkPosZ = z / MinecraftLevel.ChunkZSize;
int cx = (ChunkPosX * MinecraftLevel.ChunkXSize);
int cy = (ChunkPosY * MinecraftLevel.ChunkYSize);
int cz = (ChunkPosZ * MinecraftLevel.ChunkZSize);
MinecraftLevel.Chunk c;
Cubia.Point <int> p = new Cubia.Point <int>(ChunkPosX, ChunkPosZ);
if (!SMPInterface.Chunks.TryGetValue(p, out c))
{
c = MinecraftLevel.Chunk.EmptyChunk();
SMPInterface.Chunks.Add(p, c);
}
MinecraftLevel.Chunk ct;
if (!SMPInterface.TransChunks.TryGetValue(p, out ct))
{
ct = MinecraftLevel.Chunk.EmptyChunk();
ct.Trans = true;
SMPInterface.TransChunks.Add(p, ct);
}
for (int ix = x; ix < x + sizex + 1; ix++)
{
for (int iz = z; iz < z + sizez + 1; iz++)
{
for (int iy = y; iy < y + sizey + 1; iy++)
{
int rx = mod((ix - cx), MinecraftLevel.ChunkXSize); // fixes the negatives
int ry = mod((iy - cy), MinecraftLevel.ChunkYSize);
int rz = mod((iz - cz), MinecraftLevel.ChunkZSize);
Cubia.Vector <int> vec = new Cubia.Vector <int>(rx, ry, rz);
byte bType = (byte)r.Read(8);// 8 bits in byte
MinecraftBlock block = new MinecraftBlock()
{
BlockLight = 0,
SkyLight = 0,
Type = bType
};
if (GCScheme.IsTrans(bType))
{
ct.UpdateBlock(vec, block);
}
else
{
c.UpdateBlock(vec, block);
}
}
}
}
}
public static void Call()
{
BinaryReader r = SMPInterface.Reader;
int x = SMPInterface.SwapByteOrder(r.ReadInt32());
byte y = r.ReadByte();
int z = SMPInterface.SwapByteOrder(r.ReadInt32());
byte type = r.ReadByte();
byte meta = r.ReadByte();
int ChunkPosX = -1 + x / MinecraftLevel.ChunkXSize;
int ChunkPosY = y / MinecraftLevel.ChunkYSize;
int ChunkPosZ = z / MinecraftLevel.ChunkZSize;
int cx = (ChunkPosX * MinecraftLevel.ChunkXSize);
int cy = (ChunkPosY * MinecraftLevel.ChunkYSize);
int cz = (ChunkPosZ * MinecraftLevel.ChunkZSize);
MinecraftLevel.Chunk c;
MinecraftLevel.Chunk ct;
Cubia.Point <int> p = new Cubia.Point <int>(ChunkPosX, ChunkPosZ);
if (!SMPInterface.Chunks.TryGetValue(p, out c))
{
c = MinecraftLevel.Chunk.EmptyChunk();
SMPInterface.Chunks.Add(p, c);
}
if (!SMPInterface.TransChunks.TryGetValue(p, out ct))
{
ct = MinecraftLevel.Chunk.EmptyChunk();
ct.Trans = true;
SMPInterface.TransChunks.Add(p, ct);
}
MinecraftBlock b = new MinecraftBlock()
{
BlockLight = 0,
SkyLight = 0,
Type = type
};
int rx = mod((x - cx), MinecraftLevel.ChunkXSize); // fixes the negatives
int ry = mod((y - cy), MinecraftLevel.ChunkYSize);
int rz = mod((z - cz), MinecraftLevel.ChunkZSize);
if (GCScheme.IsTrans(type))
{
ct.UpdateBlock(new Cubia.Vector <int>(rx, ry, rz), b);
}
else
{
c.UpdateBlock(new Cubia.Vector <int>(rx, ry, rz), b);
}
}
private static void Call()
{
int bx = SMPInterface.SwapByteOrder(SMPInterface.Reader.ReadInt32());
int bz = SMPInterface.SwapByteOrder(SMPInterface.Reader.ReadInt32());
MinecraftLevel.Chunk c;
MinecraftLevel.Chunk ct;
Cubia.Point <int> p = new Cubia.Point <int>(bx, bz);
if (!SMPInterface.Chunks.TryGetValue(p, out c))
{
c = MinecraftLevel.Chunk.EmptyChunk();
SMPInterface.Chunks.Add(p, c);
}
if (!SMPInterface.TransChunks.TryGetValue(p, out ct))
{
ct = MinecraftLevel.Chunk.EmptyChunk();
ct.Trans = true;
SMPInterface.TransChunks.Add(p, ct);
}
short arraysize = SMPInterface.SwapByteOrder(SMPInterface.Reader.ReadInt16());
LinkedList <Cubia.Vector <int> > vec = new LinkedList <Cubia.Vector <int> >();
byte[] blocks = new byte[arraysize];
for (int i = 0; i < arraysize; i++)
{
MapChunkReader r = new MapChunkReader(SMPInterface.Reader.ReadBytes(2)); // 2 for coords, 1 for type
byte x = (byte)r.Read(4);
byte z = (byte)r.Read(4);
byte y = (byte)r.Read(8);
vec.AddLast(new Cubia.Vector <int>(x, y, z));
}
for (int i = 0; i < arraysize; i++)
{
blocks[i] = SMPInterface.Reader.ReadByte();
}
SMPInterface.Reader.ReadBytes(arraysize); // discard metadata
for (int t = 0; t < arraysize; t++)
{
MinecraftBlock block = new MinecraftBlock()
{
BlockLight = 0,
SkyLight = 0,
Type = blocks[t]
};
if (GCScheme.IsTrans(blocks[t]))
{
ct.UpdateBlock(vec.ElementAt <Cubia.Vector <int> >(t), block);
}
else
{
c.UpdateBlock(vec.ElementAt <Cubia.Vector <int> >(t), block);
}
}
}