def save_chunk(self, chunk_position):
x, y, z = chunk_position
# try to load the chunk file
# if it doesn't exist, create a new one
chunk_path = self.chunk_position_to_path(chunk_position)
try:
chunk_data = nbt.load(chunk_path)
except FileNotFoundError:
chunk_data = nbt.File({"": nbt.Compound({"Level": nbt.Compound()})})
chunk_data["Level"]["xPos"] = x
chunk_data["Level"]["zPos"] = z
# fill the chunk file with the blocks from our chunk
chunk_blocks = nbt.ByteArray([0] * (chunk.CHUNK_WIDTH * chunk.CHUNK_HEIGHT * chunk.CHUNK_LENGTH))
for x in range(chunk.CHUNK_WIDTH):
for y in range(chunk.CHUNK_HEIGHT):
for z in range(chunk.CHUNK_LENGTH):
chunk_blocks[
x * chunk.CHUNK_LENGTH * chunk.CHUNK_HEIGHT +
z * chunk.CHUNK_HEIGHT +
y] = self.world.chunks[chunk_position].blocks[x][y][z]
# save the chunk file
chunk_data["Level"]["Blocks"] = chunk_blocks
chunk_data.save(chunk_path, gzipped = True)
def dump_nbt(
root: NbtCompound,
path: Path,
options: Dict[str, Any] = {},
):
"""Dump a NBT file synchronously."""
nbtfile = nbtlib.File({"": root})
nbtfile.save(str(path), **options)
def save(self, file_path: str, empty_block: str = None):
root = nbt.Compound()
root["blocks"] = self.__get_blocks(empty_block)
root["entities"] = self._entities
root["palette"] = self.__get_palette()
root["size"] = self._size
root["DataVersion"] = self.data_version
file = nbt.File({"": root})
file.save(file_path, gzipped=True)
print('您要转换的文件是：', argv[1])
img = Image.open(argv[1])
materiallist = set({})
for i in range(0, img.size[0]):
for j in range(0, img.size[1]):
materiallist.add(cid2bid(sci(img.load()[i, j])))
materiallist = tuple(materiallist)
new_file = nbtlib.File(
{
'':
Compound({
'DataVersion':
Int(1631),
'size':
List[Int]([img.size[0], 1, img.size[1]]),
'palette':
List[Compound]([{
'Name': String('minecraft:' + str(i))
} for i in materiallist]),
'blocks':
List[Compound]([{
'pos':
List[Int]([j, 0, i]),
'state':
Int(materiallist.index(cid2bid(sci(img.load()[j, i]))))
} for i in range(0, img.size[1]) for j in range(0, img.size[0])])
})
},
gzipped=True)
new_file.save('picture.nbt')
def final(self,filename):
return nbtlib.File({"":self},gzipped=True).save(filename=filename)
for frame in ImageSequence.Iterator(im):
frame = frame.resize((384, 237))
for i_ in range(6):
image = frame.crop((128 * (i_ % 3), 128 * (i_ // 3),
128 * (i_ % 3) + 128, 128 * (i_ // 3) + 128))
image = image.convert("RGB")
data = image.getdata()
image.close()
print(data[0])
output = nbtlib.File({
"":
nbtlib.tag.Compound({
"data":
nbtlib.tag.Compound({
"zCenter": nbtlib.tag.Int(0),
"xCenter": nbtlib.tag.Int(0),
"scale": nbtlib.tag.Byte(3),
'dimension': nbtlib.tag.Int(7)
})
})
})
colors = []
for i in data:
st = nd = float("inf")
sti = ndi = -1
for j, k in colormap.items():
new = ColourDistance(i, k)
if new < st:
st, nd = new, st
sti, ndi = j, sti