private void AssertNbtBigFile(NbtFile file)
{
// NbtList enities;
//NbtList tileenities;
// See TestFiles/bigtest.nbt.txt to see the expected format
NbtCompound root = file.RootTag;
if (root.Name == "Schematic")
{
redBmp = new redstoneBmp();
// I don't know why but I keep getting cofused with the height, width, length stuff
// maybe its because I deal with to many 2d objects.
rYmax = root.Query <NbtShort>("/Schematic/Width").Value;
rZmax = root.Query <NbtShort>("/Schematic/Height").Value;
rXmax = root.Query <NbtShort>("/Schematic/Length").Value;
rMaterials = root.Query <NbtString>("/Schematic/Materials").Value;
rBlocks = root.Query <NbtByteArray>("/Schematic/Blocks").Value;
rData = root.Query <NbtByteArray>("/Schematic/Data").Value;
rGrid = new gBlockTypeStruct[rBlocks.Length];
// Ok, lets get this link list a starting
for (int i = 0; i < rBlocks.Length; i++)
{
// Put the normal code here to fill the data for the blocks, and data
// skipping for now as its more important to get the link list working
}
// Just so I can get a good visual on it going to precaculate the numbers
int xStride = rXmax;
int zStride = xStride * rYmax;
// Precaculate the last line in a floor and the last floor
int zLast = rData.Length - zStride;
int yLast = zStride - xStride;
// Lets try something diffrent and do all bounds checking
for (int i = 0; i < rBlocks.Length; i++)
{
int z = i / zStride;
int y = (i - z * zStride) / xStride;
int x = i - (y * xStride) - (z * zStride);
rGrid[i] = redBmp.getSet(rBlocks[i]);
rGrid[i].X = x; rGrid[i].Y = y; rGrid[i].Z = z;
}
}
}
private void AssertNbtBigFile(NbtFile file)
{
// NbtList enities;
//NbtList tileenities;
// See TestFiles/bigtest.nbt.txt to see the expected format
NbtCompound root = file.RootTag;
if (root.Name == "Schematic")
{
redBmp = new redstoneBmp();
// I don't know why but I keep getting cofused with the height, width, length stuff
// maybe its because I deal with to many 2d objects.
rYmax = root.Query<NbtShort>("/Schematic/Width").Value;
rZmax = root.Query<NbtShort>("/Schematic/Height").Value;
rXmax = root.Query<NbtShort>("/Schematic/Length").Value;
rMaterials = root.Query<NbtString>("/Schematic/Materials").Value;
rBlocks = root.Query<NbtByteArray>("/Schematic/Blocks").Value;
rData = root.Query<NbtByteArray>("/Schematic/Data").Value;
rGrid = new redstoneObj[rBlocks.Length];
_block = new gBlockStruct[rBlocks.Length];
int xStride = rXmax;
int zStride = xStride * rYmax;
int zLast = rData.Length - zStride;
int yLast = zStride - xStride;
for (int i = 0; i < rBlocks.Length; i++)
{
_blocks[i] = new gBlockStruct(rBlocks[i],rData[i]);
_blocks[i].Z = i % (rZmax * rYmax);
_blocks[i].Y = (i % rYmax) + (_blocks[i].Z * rZmax * rYmax);
_blocks[i].X = 0;
int z = i/zStride;
int y = (i - z * zStride)/xStride;
int x = i - (y * xStride) - (z * zStride);
rGrid[i] = new redstoneObj(redBmp.getSet(rBlocks[i]));
rGrid[i].X = x; rGrid[i].Y = y; rGrid[i].Z = z;
}
}
}
